Addendum For Logistics : Clocking and gravity
CG Common Space Rings  Space Binding – Spacetime – FTL
Translocation
ShwayComs cgs^{4}
Space binding as matter attracts matter and
conformance of the attributes of space within and around. An energy bond binds
space with dimensional quality. The bond resulting energy pulls at new space.
Space binding refuels the atomic with the presence of continuum as the
components are pulled into a depressed orbit from zero point zenith. This
causes a continuum distortion of space between matter by displacement and hence
the gravity bond which holds the stars together in the perfect solid. It is
dual pressure of a shrinking and expanding system. One could say that the bond
between planetary bodies is a concept lower pressure of space which is a one
dimension meld perfect solid CG (Cretina Gemeen[1])
☍
a common dimension lacking surface for which greater than the universe is D4☌ mono
dimension. In our system like any other we can say that in the past the sun did
explode and we can also say with certainty that it will explode in the future,
it is the same event caught in a moment of instance. This explosion can be
physically experienced at a dimensional time depth of approximately seven and a
half minutes in the past from the present. If we were on the other hand to
travel logistically to the future the presence exerted dimensionally by the
earth would as quickly dissipate from physical presence leaving greats like
Jupiter to do the same fading from the presence of the sun. Time slows down
with great dimensional stress as with gravity[2]
and this the differential from here to there in spacetime allows for what we
know to be seconds minutes and so on. Two perfect solids cannot gel to a single
space time; one has to account for separations likewise in SI transition, s^{2}
presents a distance at location with covariance.
An atom has owned depth covariance that is its
space. And an atom gives it’s space a energy surface by in concept spinning
around it at the speed of time concocted by it’s lowest clock points (complex
spacetime) of sine “ transition ”[3]
elementals. Failing this speed results in lost time the origin of decay
acceleration which is an energy state. Space cannot support twodimensions
without collapse because space is onedimensioned. Bonded space is surfaced two
dimensional space hence radiated away. A radiated element is an embryonic mass
with meta mass or energy which is lost time and also because space lacks a
second dimension it flows perfectly between dimensions able to exist in dual
dimension creating a backbone for time yet unable to attribute vector quality
in mono dimension. Light seems as traveling in space at velocity does not slow
down as it radiates because it forms and collapses at dimensional stress
without hinder in a common dimension where it is mass less but none the less
represents a mass energy from sine. There are forms out there[4];
the energy surface that an atom gives to owned space is brought into existence
with energy as it is always trying to occupy more space a
surface requisite for time ∴
views of an atom are thereby conceptual as an atom is composed of layered
surfaces, composed of rings, radiance being a single ring varying in energy
thereby structure. An atom occupies many dimensions clashing with the present
so we need to examine a single common spacetime as occupied by mass or
radiance.
Time  Light Speed
Time
is a difference of existence and void of existence where speed of radiance can
be seen as a measure of a speed of time. However this is not at a universal
function of seconds, minutes and hours rather a wave's temporal. Time existence
as we know it is essentially a combination of a twodimensional time dimension.
You cannot have a wave in one dimension.[5]
dipole
delimiter A dipole
delimiter B
Since spacetime exists across dimensional planes
of existence, the result is time here as spatial distribution embryonic matter
light radiance is between dimensional planes. Light is thereby in a state of
interexistence existing as a wave. One of these dimensions is common of D4 in
nature a mass and existing while the other is not residing as void with
potential to exist.
This exhibit of radio shows time (a surface)
existing both positively and negatively reflecting two transitioned dimensions
of time and how radiance can originate with bipolarity.[6]
In this illustration one can see light traveling
timelessly forward uniting two dimensional planes to a single location flowing
in gradient inversely through
dimensions; single sine bidimension spacetime, because two or more dimensions
are shared at one plane, spacetime, Helmz inversions[7]
take place propagating light and wave function propagation with a
"chromodynamic"[8]
boundary of transition with confines of dimensional spectrum.
LS 2 LS 1 H2 H1 D4
Since void dimensions only exist potentially in a
future, the present is a reference where matter (physical) can exist. The
future is therefore a void dimension coming into being, the past as inverse
where it elapses for a future, event time.
This exhibit shows light / radiance / radio
traveling with a speed of time in absence of a void dimension of future. Since
it's dimension of future does not exist within our dimension; the sine is
seamless and affords concurrent time with existence of light / radiance within
a bandwidth of D4 being itself of CG ‘foreign void’.
Radiance
As a rule all radiance originates with a surface
reference of x^{+}
temporal positive in D4 becoming CG with a common reference to location of
origin.
Color
Color in the visible range is result of materiel
response time in relay of ∿ on
time radiance, white light, with reference of a materials covariance and
spacetime x^{}
For radiance long wave
forms a property of propagation fx below
time whereas shorter wave forms have a fx
property of above location time of a region attributing to ⋛ confine of inelastic
dimensionality in D4 governing juxtaposition of CG within. One has an effective
slide rule for propagates in wave function with pier velocity of locality s^{2}
reference C @ locality.
:P matriculation is
functioned at a slower rate respective of locality in short wave function
whereas faster for long wavelengths fx order thereof which is disparity allowance
and consistent velocity C propagation at given locations having disassociation
of non wave function location property s^{2} distinct and foreign for
velocity of wave form comparative of a natural speed t^{0} at location
with gauge of propagation and natural constant fx.
In matriculation of
propagation for wave form :P, hours, minutes, seconds, is reduced to a rational consistency
where distance available allotment in cycle is fx exact and finite unit within which propagation is fx. Attribute of constraint embodying h with
C for express of distance to include :P value to allocate requisite distance
necessary @ :P conveys wave function completion where t^{} component is a
standstill value of s^{2} fx
for iteration. A finite inelasticity h requisites logic of timeless fx as common denominator for CG
resulting in exclusion ⊗
for correlation
of occurrence one another for wave form parse of ∃ existing.
Physical
three
dimension particle
We show a physical existing with complex three
physical dimensions as exhibited above consisting of a dimensional ring in
fourth dimension of time which offset one another achieving physical stability
and existence by owning space in what can be described as a fourth dimension of
time in D4[9];
there are popular arguments like R^{2}D^{2} and also D5 should
one consider origin for point. The particle achieves a stability by unifying
four dimensions time to a unison spacetime which is at a standstill and is
present. The present being thereby an accumulation of past and stasis. The
future is an accumulation of the present. A particle is essentially the same as
light / radiance / radio except that it has been rebound to include a third and
fourth dimension.
fourth
dimension space time
The exhibit above is color coded to show the
fourth dimension space sharing of time in white. We experience reality in
fourth dimension with other dimensions sharing a common element of existence
D4. Radiance of a particle evolves from our reality D4 in the fourth dimension
and exists in an ∿ infinite
reoccurrence of void dimensions separated from the particle by a referenced
spacetime unified universe. Each permutation of radiance is unique and
distinct from previous representations of distinct spacetimes with includes of
changing existence ‘temporals’. One can notice a three dimensional particle
unifying the spacetime differential to a fourth dimension maintaining an
absolute spacetime in present while contrasting a two dimensional sub element
which exists in one element of a fourth dimension. Common to all dimensions for
matter existence is a D4 ‘frame’ bind with void dimensions of ” future” coming into existence.
Planar Dimension
In
order for a plane[10]
to exist three dimensionally as SI, it needs to have exist in four dimensional
(ad unknown) complex times for elementals of the fourth dimension through a rebind.
So in the exhibit above, time ‘ a surface’ in the
fourth dimension is traveling at all directions unified to a fourth dimension
particle. Each half of the fourth dimension physical exists in two dimensions
as a fourth dimension seamlessly unifying existence with singularity. We can
see rifts, divisions and fractions of the fourth dimension evidenced by
materiel radiance. Radiance in fourth dimension is timeless spanning its
timeline, bar extraneous influence, timeless with the fourth dimension coming
into the present from spacetime void dimensions.
Common space Ring
Component
In the exhibit above there are two arrows
indicating fluidity. However this is in the reference of one component of referenced
spacetime in a fourth dimension, which is timeless (the present); so the
arrows are conceptual. Distinct dimensions represent surface with one unit of
time in a fourth dimension Planck h (1). Inside the ring is common space; CG
at a conceptual decay from sine. So to say that the twodimensional ring is
made of light or radiance (energy / wave) would be accurate. However with it's
disposition a ring must be completed with another half of time fraction.
Since arrows are conceptual and illustrative, we
have the following ring in two dimensions supported by base common space mono
one and two to convey a vector at focal.
A radiant ring cannot exist in fourth dimension
which has three physical dimensions or it would seem to be traveling as
radiance interexistence. Radience must be rebound in a third incorporating
fourth element, time, to make a three dimensional solid with height width and
length resulting in the physical of the four compliments of the fourth
dimension which recedes into the present away from the future at the iteration
speed of time. Binding in third and fourth is event as binding interpolates two
mono dimensions bearing vector. A conceptual pressure difference a tangent of
rebinding in three dimensions unifies a fourth element to a solid spacetime
where fourth dimension is juxtaposed; a juxtaposition that binds D4 to a static
CG frame ∃.
Rebind
This
illustration above shows a rebind. A rebind is an intersection,
spacetime; if you then look at sine,
you can see how a fourth dimension unifies to a single D4 spacetime as occupied
by a particle three dimensionally. This is an intersection compiling fourth
dimension separately supporting dimensionality which can then support a three
dimensional solid versus radiance which is physical and three complements
having surface. Space is twice inverted in two compounding dimensions to stand
still physically in time between the future and the past. This is a particle
present occupying a single complex spacetime CG as a solid distinct from D4[11].
planar of angular
velocities
Issues of Logistics
Can
we logistics travel back in time?
Not by translocation in the fourth dimension of
spacetime at any speed as CG and D4 are seamless with singularity and a
present physical must ride. In order to travel back in time one needs to
transform a physical state of existence from fourth to a select void dimension,
as future, supported by complex dimension with velocities which can be seen to
exist in the present physically. What is potentially possible however is to
travel instantly in the fourth dimension from one location to another in a timeless
reference of time fashion because space is solid and this is exciting! In order
to see common space planar rings in the past we must perceive it in fourth
dimension at a distance. In order to see it in the future, we have to perceive
a void dimension and it can only physically exist in the dimension from which
it is perceived with a correct complex spacetime composed of CG and infinity
of recurring ad hoc void dimensions comprising all matter. Should you achieve
to speed up the rate of time in a location you must consider that CG is a physical
and timeless and therefore you will only succeed in altering the physical state
and presence of elemental in that location (see dialogue).
A sub space effect
hyperspace Lorentzian
Lorentzian
Should spacetime D4 become distended[12]
at unnatural speeds increasing with velocity (reduced proximity with void
reference) chromodynamic transition with regard to adjunct spacetime; where
1:00 hour transition in vehicle equates 1:00 + x hours transitions on earth for V^{e} = ⋛
a temporal . The exhibit above shows a conceptual view of this distension to
the common space ring element at zero point in the direction of travel. This
state of distension is relative to what is adjunct, near space time. A vehicle
would by account disassociate with reference to its surroundings ceasing to
share D4 in the same physical dimensionality of presence as adjunct D4. However
the vehicle remains in D4 with it's zero point pivoting in velocity.
Disassociation measurable in the locality becoming an altered state with all
traveling within a band of velocity. Ad infinite velocity this is an altered
physical dimensional noted in pre emptive relativity to be qualified as
increasing in mass hence hyperspace can be described as existing below time ⋛.
There is the relationship of time and acceleration and this is postulated
distended by velocity in special relativity; separate phenomena. For Lorentz
distension causing local collapse of D4 physicality resulting a hyperspace
dissolution rather effect plausible "quantum chromodynamic
transition"[13]
RGBV to a tangent of time where for a vehicle; time propagates faster in
surroundings having reduced proximity to void reference which results from
acceleration and expression of velocity by chromodynamic transition is a
velocity expression and not an argued temporal paradigm as with Lorentzian /
special relativity arguments.
A
hypothetical hyperspace effect; in hyperspace the vehicle eventually becomes
undetectable in CG dimension and ceasing interaction with a common dimension at
mode of space time. Time is a dimension shared in D4 in different spectrums and
this a relationship of distance as an element of time remains valid with
quantum chromodynamic transition for velocity replacing an increasing mass
argument, a modern concept.
You could say that the time from where you are
and four light years away is four years but you have to bear in mind your frame
of reference. Your frame of reference is the present and you must also bear in
mind that CG is at a complex time with dimensional stress ⋛
of which distance is an attribute and in which every spacetime is a unique
location. Complexities such as the exertion of a systems aura which is shown
determined to slow down time having an effect on the propagating of light and
wave forms; speeding up from viewpoint of the observer. Then there are physics
aspects that are as yet undetermined effecting luminal dynamics such as
temperatures[14]
along with free space subatomic
hyperspace horizon orthogonal
particle saturation[15].
Postulated is that should a body exceed light speed in a unified singularity as
our universe it would be as a system at rest in itself where like a black hole
with zenith impasse, it would not be visible nor physical as departing or
approaching and taking on the property of a contained and isolated system.
So if
you are in your vehicle time stands still.
No. Time is an invention of constancy to measure
the dimension of time D4 at a standstill. What if you have two clocks in two
ships? No. They both arrive at their destinations with the same reference to
time (present) having both experienced passing of the present at different
levels. Propagating of physicals in a digital time piece does not reflect a
present value time due to span, atomic clocks are just that; atomic and
mechanical stopwatches difficult to gauge. It is with a notion and opinion that
time is a complex inclusive of the biological and mechanical experience change
in which would go unnoticed for example to the capillary clock of a plant.
Where the present value of time is 2:1 on a vessel, two hours spent on that
vessel in deep space equates to an hour spent at ground port (seconds, minutes,
hours). Low dimensional stress environments (increased proximity with void
referencing) dilates time in a location or causes propagation to the present at
an acceleration rate since temporal presence referencing universal dimensional
stress is dilated[16]
for example on a planet.
acceleration / velocity
Refer: increasing mass with velocity vs. quantum
chromodynamic transition .
For instance there are
three locations to each it’s own temporal we denote as A, B and C. Then take
the earth as the middle temporal with location A at a near standstill and C being at a accelerated temporal relative to B. At Location B
one has three clocks running at rate of each body, all three locations are
present. Then send a vehicle to location A which in turn returns back to C and
back again to be relayed to B. There is no opportunity for the vehicle to lapse
the initial boarding prior to its departure observing concurrent presence.
Communications via email however can become corrupt and compromised with
multiple instant messages being sent through cohesive messaging to the various
ports.
In hyperspace conceivably a vessel can achieve a
value of depth related presence relating an attitude velocity with D4 in reference
a metaphysical reference parameter existing at dimensional space time which
cannot index an integral with universal temporal of Planck baud iteration
constraint. This physical is characterized metaphysical with view that a
ethereal matter property is imbued with time depth and presence above the s^{2} field presented for which
increasing or decreasing proximity of void with another body is a tangent
divergence with ⟺
result due to commonality reference ⋀
of expressed chromodynamic transitioning of a defined equinox
at CG planar for a vessel's presence; alternate planars becoming attractive
maintaining fluidity 0. Acceleration ⟹
temporal value associate where associated velocity in free space ⟹
0 fluidity. Temporal confines in a
gravity well depends on attitude with system wide center of gravity well. A
verified effect of velocity respective of a gravity well’s attitude versus
acceleration remains to be observed.
Comment
The seemingly unsolvable dilemma of distance
determination using clocks is now conceivably within grasp by use of time
stamped flat visuals from known points having velocity of imaging and a time
stamped flat file visuals of points midway in deep space with known point flat
charts for interpretation by geometry trigonometry telemetry reflecting
dimensional stress delta ▽ assertion requisite for
transportation authority. An often sited folding of space as one would a piece
of paper bringing two points closer paradox illustration by numerous different
speakers at many podiums.
Dialogue
So it is impossible to exceed the speed of light
as nothing known exceeds this speed.
No; an explosion travels
at the speed of light in the bodied dimension; should one capture such an explosion of material and
reverse expel it at instance speed of light; being matter ⟹
logical mechanic that one can obtain twice light speed in fx. Kinetic energy +/ difference is functioned by timely decay as
resistance to pry owned space at any speed of competition in common space[17].
There are numerous states of energy complex and matter complex.
MV^{e}  Mass
Velocity Energy
An infinite mass argument of velocity turns on
itself as paradox[18]
argument since accelerating any mass past the speed of light with an accelerant
which is limited to the speed of light becomes infinite to accelerate at that ⟺
barrier. Relativistic observation catalogs increasing mass (ambig.) with
velocity and can be better expressed as increasing presence with velocity
difference V is integral to difference :P where :P denotes temporal presence,
fluidity, which takes into account dimensional stress ⋛
variance at locality validating a geo spacetime temporal value for gravity
well attitude and acceleration.
integer
A resulting observation includes velocity as
subset of relativistic mass calculations unspecified and ambiguous for super
luminal –s^{4}.
Δ s^{2}
(Δ s√) = ⋛ where ⋛ is collective spatial expression of 90^{°} in this illustration propagation x..z
versus velocity.
Observations
In a curved space like location planet earth
well, gravitational pressure, more specifically it’s product kinetic energy is
exerted convexly reflecting the spherical planet inherently. This when applied
geometrically to traversing at given velocity in our system the record has to
take in account this fact as one token argumentation perspective contrasting
relativistic mass observations. Geometric
occupancy change of a spherical or uniform body traversing in this space one
can note faces the following confine.
Kinetic velocity / energy in any direction, ¬ center of gravity in a gravity well, including
towards (gravity well) under spherical constraints geometrically attempts to
occupy a volume of space as defined by linear curve gravitational constancy
which is not equal to and in fact less than the space which it previously
occupied resulting in a kinetic dynamic possibly leading to a false conclusion
that the mass of a object is subset of it's velocity and fx thereof. In fine print this would also require consideration of
elevation attitude of the traveling object at 90^{°} of center of mass and
possibly requisite control of observation. Bearing on this topic, a neutral
mass transitioning matter state at any location for spacetime mechanics with
regard to relational speed of time one concludes is a liquid matter state sharing
a mono planar reference where ⨂ of
∄ s^{2} devaluation paired ⋛
of sine horizon ⋀
either side of that solid state is a ⋛
of spacetime local h for CG. Energy being a collective of ⋛
occupying a transitioned dimensional plane at t^{+} excess of CG aggregated constant
and consequently exhibiting a distinct stable clock dimension at s^{2} correlates with energy
common in regard to time iteration, fluid concurrent CG / D4 difference of ∿
∃
present; concluding that confines of a mass
in motion:
s^{2}
(sin ≤ cos) ⋀ s^{2} (cos
≤ sin) = V^{e}
A logical argument where in practice a difference
of veer is noted in transition, this said, collider research does not
apparently focus on kinetic dynamics for the time being. To curve space
requires a definition of the global space from a point and thereby a curved
space becomes a curvature of the defined space by lateral graviton expression
of s^{2}. In a closed system with reference from prime star, space
references as not curved, referencing planets at a common dimension of time, it
curves locally giving locations temporal values integral to spacetime at a
function of gravity. A curved space for the universe being a reference to a CG
planar for which expansion can take place created by singularity at boundary t^{0}
⟹
t^{1 }of creation ⟹ equating ∃ in
moment of a physical constant.
Speed of time in D4
Time is
expanding and contracting in a bipolar dimension; the future being a reversal
at rate of the past regarding the present for radiance where the unit yardstick
is represented in an overlap of past and future resulting from a velocity with
regard to the spacetime dimension. With reference to the future all existence
is physically in the past and reverse for the past existing plus the two are
void of one another similar to a natural state. You can calculate a speed of
time in resolution, 2D default of gain, using distance, a variable of Planck
¬ a
global temporal function of seconds, minutes and hours  evidence dilation. In
view of this we can say that the time depth of a system is determined by the
mass center of the system in question. Time for CG is a field at impasse zenith
and standstill a surface with area s^{3} and it has no iteration
because a dimension is a merged as shared ∀.
An abject global where matter presents complex spacetime therefore greater
space collectively in excess of D4 volumetric with less presence of spacetime
D4 at temporal in ∑ total for volume. In
comparison D4 dimension sharing becomes geld of perfect solids, a coin. Energy
is a property of radiance depriving indexed reference in D4 requiring momenta
external to attain volume SI; exhibit dilation gravitation and rectify /
formatting[19]
a space time. Velocity is polarization different from flux of gravity well and
equates acceleration for a temporal value.
Radiance dynamic
correlates t^{0} ⟹ t^{1 }with value
x^{+}
in index of signature.
We have :P geo for an assigned value fx 7,5 minutes where :P ▽ is x^{} Δ x^{+} / AU for gravity
at location with includes local variable mass of geo lunar a subsystem fx s^{2} in rotation focal.
In absence of time a wave form presents a torus
composite of immiscible nature that physically exists in lapse of plural ⟺
distinct dimensions attaining void status with an abject temporal. Where two
dimensions share a location being distinct from origin, alter dimensions,
perfect solids at velocities ∃ respective one another to support vectors not
referencing each other results in a ⋛
distinction that ∃ does not physically exist in either having no
reference of vector quality; indexed as space time existing in a separated
spatial resulting in maintenance of a physical presence to propel a wave forms
with reference to adjunct spacetimes. Propagation is a difference of that
which is distinct from the wave forms gravity signature posing furthest
possible horizon body potential for migration and consumption. For a wave forms
spacetime where on adding time separation with a gradient from s^{2} a
location is collided to an occupied point in a mono dimension existing not
present in two locations. Thereby with respect to being either a dimension in a
magnetic body or a body CG a planar void value for a torus is
⨂ logical
of both points origin with an indexed void plane by wave function defining its
spacetime values as separated from a distinct dimension's gravity signature,
it's antiverse; an exclusion shadow, which shows with a logic for a torus wave
form. A resulting wave form encompasses a static field of body of static
vectors at 0 referencing a zero point
plane of an electromagnetic where there are evolving differences of potential
distance since a CG spacetime is a shared one. Dynamics result from time
existence of a surface with potential values at a planar spacetime difference
in a direction potential of a vector coinciding that it's opposite forms share
configuration index arrangement with static fields where magnetic potential is
a gradient vector arrangement of potentials resulting in a geometric curvature.
For a universal body, distinct dimension, an occupied spacetime, a surface,
lowers the potential for migration for other global locations considering that
potential to migrate to a previously occupied location is mitigated by
⨂ logical
since rate of change within a singularity is zero / void. An electromagnetic's
propagation becomes then a natural velocity being a cosmologic expression of ⋛^{+}
when origin vectors impose value completion for maintenance of distance
potential in an electromagnetic's plane indexed with s^{2}
▽ from dimension void solids and having time existence in
origin; dimensions existing with distinct planar values, energies that are
referenced in relativity with cosmologic constants and noted e.g. Mach's
Principle.
A D4 volume reflects a value potential of ∿
infinity when for example center celestial plane of acceleration with a defined
spatial referencing a D4 location for velocity to include a variable of change
at zero ¬
foreign dynamic with spatial attribute of a distance for rotation. For a
distinct dimension spatial volumetric comprising a distinct volumetric it
follows that location at coexist ceases to be singular to express 0 to include migrating reference by
necessitating expression of plural values for location thereby variables of
location qualify for a changing spacetime attributes resulting that a location
can expresses gain in volume with
x^{}^{
}value of a void foreign to D4 refer: ^{}0^{+ }for ⋛
optimized
equinox zenith Planar
( 2 ) Planar
( 1 ) t^{1} t^{0}
Illustrated is planar mono dimension represented with a straight line
supporting a single value (distance of two points) indexed by a dimensional s^{2}
@ ⋛
in D4 of universal distinct from a complex planar value of CG being referenced
by a plural of voids. Shown here as a distinct dimension functional for (electromagnetic)
which is time surface, value of a distance away from null, resulting
colocation where progression t^{0} ⟹
t^{1} presents an optimized equinox zenith over time t^{1} / t^{0}
of universal ⋛; it's
zero field planar reference to spacetime D4 changes along with potential of
expressed distances which is a ⋛ of an
evolving optimized equinox zenith where ⋛
is relieved by propagation away from an indexed gravity signature, presenting a
prize of potential in a void for any ⨂
potential to surface as electromagnetic dimensional factoring any velocity
other than origin of this signature. An
evolving index of time as with t^{0} ⟹
t^{1} in CG by a mono complex dimension such as electromagnetic
radiance requiring time surface to be unified as singular in a plural of voids
where rate of change does not realize a vector of values exhibited by ⨂
of a singular value in D4; a distance, resolution
equated with force such as pressure and absent of directional quality ∠
A with spin compensating for occupancy U⋛.
An observation for which energy is surfactant to ⨂
by gain of void potential is where long wave forms are consumed with
low energy yield when radio attains equinox of dynamic planar reference
existing as a surface and a consumable separated by timedistance potential ⋛
being ⋀
verso ∨at a location (antenna skin) presenting time ⋛
altering a wave packet which does not occur in free space ¬ permutation being
a result of ⋛.
erspective
planar of positive
reference
s^{2}
negative reference 
planar floor
This illustration shows a torus form with a gradient reference of ∄
that is above s^{2}. The torus is inter existence existing
above s^{2} which requisites a store of values to reflect values of a
shape, a dimensional, including planar positive and negative references while
exhibiting also gravity of mass at s^{2}. It is a torus ∄ with
reference location of a void at s^{2} concurrently propagating in 0 for a light cone in free space. CG
planar from s^{2} cannot consume a void reference without physical
rendering also propagation at a velocity is an index of temporal :P rather than
an acceleration ∀ as
with ⋛ for example: a parachuted
falls such that acceleration is matched by coefficient drag ⨂ ⋛.
Least distance route factor cannot be rendered with linear ¬
angle a consequent result of h constraint for ∃
to a location ∃ @ s^{2} with ⨂
resulting propagation at velocity for finite value in fx t momenta for which propagation resolves ⋛
where t^{0} ⟹ t^{1}
for location above s^{2}. Plane of positive reference can in
this way exhibit a body shape with store of values for Σ of stored values with include of an external
velocity value; a juxtaposition of distinct voids – dimensions immiscible an
abstract.
Void dimension distinct of s^{2} in mate of D4 presenting
potential with gravity signature index at s^{2} – h a requisite in ⨂
radii. Plane of positive reference is this forms surface with a requisite radial
minimum of a Planck unit (r ≥ h) referencing planar floor void in focal
absent for radiance s^{2}
⋛ null[20]
h requisite in fx ⋛
a store of consumed potential by void singularity torus.
Seen here a electromagnetic’s form shows a singular sharing location at
a plane in positive reference which is it's complex spacetime and coordinate
unique complex as point is a reference to ∃ ·^{ }∄ with include
⋛ not represented for velocity
propagation being an external value, s^{4}, multiple clock
points t^{0} ⟹ t^{1}. Seen in
this way an ⨂ at mass center positive
plane spacetime gels with fictitious quality x' since a torus both gels and ∄
reflecting gradient with a void ⟺ x .. y
present – signature is s^{2} index perpendicular.
Dipole time
at s^{2}
and 0 ⋛
One dimensioned perfect solid without surfaces it
is it’s own zero point  requisite of singularity.
Two
^{2}
dimension
Dipole of a property of a mono dimension implies
distance for s^{2} at 0 gradient ⋛.
dipole
positive
s^{2 }of singularity
dipole
negative
As it is not possible to represent distinct points
without distance one implies different dimensions unless a point in question is
absolute center of a dimension; from the configuration of the dipole field
above we see space defining a point that is inverted going from positive to
negative.
With
universe expansion or D4 contraction U⋛,
distinct dimensions of the universe are at their own velocities also distinct
of each other with regard to the common dimension in which the universe sits
depending on fixed point SI distribution; velocity being momenta.
s^{2} point
in a common dimension
Reflecting a point takes on an exponent as noted with s^{2}
since the origin distances of dipole end positive and negative represent a
vector of velocities referencing one another.
One can take a look at a wave which exists has
time and can represent itself in a one dimension in conjunction of t^{0}
⟹ t^{1}.
s^{2} of
common space dimension
representing 
s^{2} of magnetic dipole 





magnetic
⋛ 

s^{2} of
energy dipole electro
energy ⋛
We notice four values in
distinct dipole presence dimensions that can each express a difference of two
values. A difference of two points x, y
in the common dimension representing four distinct values can do so reflecting
three commonality values at any one point along a dipole with a spatial
difference that cannot exist, a foreign surface referenced a distance from s^{2}, presence of a form with
time dimension a surface separation 3! completing dipole at a distance from s^{2} ∀
null and unique located at N+ for t^{} D4 ∀
^{.} fx distinction void[21].
A fourth point () in this configuration shown
here does not exist with a corresponding dimension and is a momentum of origin
dimension location and is a void reference for location.
In order to complete at three points in one
dimension of a dipole, two paths of connect are necessary. One of the two paths
needs to intersect and go around the other and in so doing, requiring
acceleration for momenta; a monopole cannot show acceleration without gradient
acceleration a distance
x ∨ x
+ 1 where we now have two distance points at a mono dimension
location. Connecting three points in a mono dimension results in ⋛,
resulting in potential of a momentum from suppression of a velocity, all
possible points (two point transition of null) in a mono dimension of a dipole
are connectable at any level physically having different connect potentials
with values.
Void singular absolute 0 where ⋛
is null singularity as with closed loop
There
are four generic least distance routes on axis of acceleration to the point
referenced by the null of the fourth dipole and bar vector values which have a
commonality with a waves planar dimensionality and changing potentials, lower
in dipole opposites for which propensity charts can be created to represent.
a.
where intersect plane exhibits ∨ and is gradient :P
b.
where intersect plane exhibits ⋀ and is
gradient :P
c. where intersect plane
exhibits 0 fluidity and is gradient
static.
d.
where intersect plane exhibits 0 fluidity
and is gradient static.
A wave
form incorporates vector CG^{}
and CG^{+}
with requisite of four values for singularity of which three can be expressed
requiring planar transition :P to express all values ¬
distinction of dimensionality expressing distance to include gain with ⨂
mass center prize potential. An unexpressed value of momentum has a presence of
direction relevant to three expressed values; a direction of an
unexpressed value presents a least distance route factor of reference point.
Generic routes described have in each of their intact dimensional values a
vector directional ordered at the angle of origin in order to complete in a
null dimensional void ∄ of decay. A contact velocity of two dimensions
has to be regarded as nonnegotiable or ! to the dimension of the wave. This
leaves our wave represented with 3! intersections, at intersect point of a
shared location for ⋛, the point is decayed for
transpondence an instance location of the common dimension giving the wave form
an unexpressed gravity signature requisite on transit; a decayed angle of
velocity for vector results an inversion value of reversion; the vector
potential with original latent angle. The wave’s gravity signature exists only
as an indexed reference point or depth for which there is some value of
competition at a dimension of velocity potential common to this wave. Since a
transition is occurring necessary to reflect a fourth point in decayed value
point of its own gravity “signature” where the wave cannot factor its fourth
value representing furthest global distance common route for transition having
velocity and polar orientation  gradience. Velocity being expressed
unilaterally results that a signature is a mono dimension of all expressed
dimensional values at that location ⨂ one unexpressed velocity which is a reference to the gravity signature  momenta.
A fourth value does not transit to a gravity signature
sharing dimension with 3! counter values for which a singular value embodied by
field depth, gravity signature, is
greatest distance. On transit, directional momentum is preserved having
consumed a value at initiate leaving three values and a deprecated route for
return to D4. In completing transition the wave navigates a unique dipole
dimension with a zero point of two values defining a future and past anchored
to a common dimension ⨂ unique
dipole in a dimension of natural state of least cost route
0 verso ⋛ sharing a pivot at an extreme of a dilated dipole common
space and propagating on a level with reference to a speed of time.
Seconds, minutes, hours :P represented in the distance
of leap between existence and nonexistence, gradience and is a surface with
propagation rate being a spatial tandem of dimensional separation transpondence
with zero point s^{2}
for location; a point where a singular
dimension is juxtaposed to a distinct other. The result at a celestial level is
a body that reverts mono representing a greater space to the whole pointing to
reversion while sharing location tangent time at instance closer to s^{2}.
Speed of Light
We need to consider that dimensionality of D4 is a
simple metaphysical aspect of singularity unified dimension. Dimensional stress
of time is then stress of CG all matter on universal spacetime D4 being a mono
dimension solid U⋛. Then by a measure
increasing or decreasing this stress on a location allows for recess and increased
:P at x
inclusion[22]
thereby the argument that velocity is an attunement of stress where exceeding
the speed of light causes travel to the future (see hyperspace argument) x’ above :P s^{2}.
There is also an argument that travel from x .. y at speeds in excess of
speed of light is tantamount to having traversed a distance in less than an
instant. Also we know that the speed of light has been an historic argument for
research to be a natural constant; for purpose of logistic, time is a universal
constancy of zero for equilibrium balance and continuums equilibrium requires
instrumental evidence of inflation. Theoretically here one can say that
distance of an event instance is the same for any occurrence and measurable
noting instance covariance distance x^{+} ˄ x^{}.
There is for two dimensioned occurrence length and height of complex spacetime
for radiance the same for all bound forms of radiance maintaining E=MC^{2}
for all propagation at locality. Existence of radiance being two dimensional
has length, height requiring three spacetimes proponent that the space radii
occupies is curved^{[23]}
as this is nature of the two together in migrating x .. y
coordinates of a bipolar migrant matrix distance C then temporal fx a fourth value.
XOR ⨂
an algebra A·B+A·B (A+B) (A+B) extrapolation
0 
0 
0 
0 
1 
1 
1 
0 
1 
1 
1 
0 
Radiance cannot be rendered complete in a mono
dimension that is static for which spacetime dimensions as perfect solids
occupy singular planes by ⨂. Attributes of space are
denoted by energy of radiance where radii fit within allotment of spacetime complex
of distance ⋀ temporal corresponding
with a continuum identical for reoccurrence propagation bar extraneous ⋛
along s^{2} linear to U⋛
. A spacetime event is singular in occurrence fitting an allotment defining
its spacetime within continuum of time as events in themselves are timeless at
iteration universal completing event loops for a 5’th void dimension of future
transit being C ∵ time is universally at a standstill overlap ∄
and present expressing duality where
events relate to one another as ∃
within a physical D4 realm dimension for which common space is also bound as
perfectly inelastic (refer h) requiring an expression of energy for ∃.
Concurrent time null as a universal stress invariance is a factor relating
spacetimes x .. y
sharing a plane of existence. Since past and future equate present. Duality
negates future for location with every occupied spacetime sharing a commons instruction
set as existence for concurrent CG.
Wave
length is relative to its frame of time such that the length of wave forms
travel at the same velocity C because ∃
is measured by a spatial attribute or 2 x 4 constituting energy and physicals ∄
for instruction set; time propagation is a rate of arrested gravitation resulting
velocity thereby time is locally a consistent fx to include U⋛ C in spacetime. Wavelength
is noted measurable in present moving at a speed of time :P determined by
common space allowance at a relevant spacetime global value ¬ radioactive
contusion. Propagation here takes place with differentials  CG’s value at any
iteration of travel due to orientation, spatial, construct, :P and dimension
become a merge. We can from this be brought to infer that distance and not time
is factor of separation; the past from a future is function thereof. The use of
units of time to measure iterations of time becomes dysfunctional as it breaks
down to mono dimensions of a global declaration to reflect lengths in geometry
of a spacetime and not duration since in one dimension a duration can be an
accumulation x^{+},
x^{}
missing sum total of attributes; present colliding for an event persisting. In
propagation of radiance an inversion to a future is abject of previous
iteration as dimensional divide is carried through plurality where consistent
diffraction is evidenced. Long and short frequencies are delivered with an even
rate of change for luminal propagation to include origin of bipolarity.
Spacetime differentials being finite having duration equal in unique
spacetime events spaced with variance of dimensional stress and radiance
propagating at a rate of locality  refer h. When comparing a long with a short
wavelength then a question becomes is it possible to measure an event by
length, surface of a wave form or by how long time is a present event time :P.
We have already ascertained that the present is a singularity dimension 
timeless resulting that in iteration diffractions of a time unique are missing
components; one can regard iteration as becoming length unit interpolating to
height of surface an iteration rendering radiance. There are several working
frame models one in example being universal vibrancy imposing penalty stop
light super highway with momenta spool etc. in uniform field theory not
considered here tron.[24]
Time as understood cannot then be an issue of any
one dimension and it becomes possible to deliver five waves and one in interval
at any ⋛ such
as they are apparently within the same reference to time distance  both
concurrent at rate of change refer U⋛.
⋛ is a wavelength’s spectrum of spacetime
becoming factor determining a recess of an absolute time for a location  a
rate at which dimension within D4 is elapsed for a future unique. A radiance
traveling as a spark would from past to future thereby we can infer then that
dimensional stress of instance event is at a variance in spacetime with a two commodity
minimal. A past as relating to a future is separated by relationship of
distance with common space integrity which represents present so that radiance
exists in the present at rate of change  refer temporal U⋛
singular value ∀ ⟹
∄. Then calculating length of an iteration of time
represents length attribute of present, spacetime CG affording length, height,
attitude with duration for radii  :P.
Universal dimensional stress: U⋛ where ⋛ ~ 4/3 Pi r^{3} ≠ ~ x^{3}^{}
We have
then argued that there is a time gradient of D4 by the universe having a
centric dominating gravity well, stressed by foreign presence in the common
space spectrum (a perfect solid), foreign presence which alone can only
manifest as energy time or with mass less ethereal content distinct from the
common spectrum; the most familiar observable example is a static magnetic
field which exists is in magnetic dimension behaving as solid, a paralleled
dimension observing membrane separated dipole and capable of representation of
difference between two points. Radiance energy attempts cyclically to travel
with gradient to annul temporal in the accessible spectrum of exist which is
mechanical and is a store of present at location. Radiance transponders so as to
occupy space in D4 where it can have a anchored form in which it is distinct.
The transponder medium then is a compression of a distance required by the
spectrum for dimension ownership in a universal time immersed plane of D4
required to maintain perfect solid spectrum through dipole forces push of
foreign and pull of self. This resulting in a saturated spectrum or dimensional
wavelength qualifies as a distinct universal dimension like time physical (to
us) dimensional plane that is mono in nature unable to express a vectored
directional. Radiance supersedes itself with natural acceleration in Lorentz
transformation, the difference of which from its preceding manifest is a gain
and equivocal a dimension of time expressed as physically existing (a surface)
background radio. We can understand then that acceleration where the force is ⋛
on a spacetime and that acceleration is for example 9 meters per second ∿
latency. By this we have a ∿
constant rate of propagation in D4 as traveling 9 meters a second a constant as
radiance in the 5’th or future dimension is accelerating without markers from
null and acceleration by nature requisites a future. This then becomes mechanic
of time function with the present traveling to marker free velocity in a void
dimension future having yet to exist, a floating point. A spatial collection of
gain maintaining existence where it is not capsule s^{2} escaping
positive anchoring by result of a planar mono spectrum. U⋛
then becomes manifest of plural dimension, single location sharing
perfect solids echoing dimensionality and time share existence. Note then that
the event is perceived as maintained at a gradient, time in D4 and is a state
of acceleration to realize a velocity.
time
An
ethereal past and future has owned space which is a perfect solid as a
separator thus spacetime is spatially divided. Traversing then A .. B .. C of
time takes on the continuum of the dipole dimension which perpetual is repeat
and preserve of D4 as a physical. So in absolute terms space is static as pulse
shifts from A to B and back again at :P  time temporal pressure. Because in
propagating from x .. y
an event has occurred, time event, surfacing, a going around hyperspace in what
is a loop of the dimension what is as the dipole of a spherical body (sic. spherical body Saturn). This is
explained as the time continuum where through time a circle is performed yet in
time it is a as a wave form for 8 values a set of D4 preserve of equilibrium.
So taking the spherical which in mono dimension is not coefficient sine and
running a line through it the halves are unique whereupon addition time
acceleration – surface  x' of the event and we have a pulse of gain in D4 at
time iteration. A diametric traveled may be greater or less in any instance
denoting temporal rate gravitation however as time is a given meld constant
from continuum this gives sum unison temporal duration pressure what is a store
of attributes. We see also that a radii spacetime with regard to an absolute
position in reference to D4 to measure reverse of polarity for location
occurring propagation for x
.. y; with reference to points B .. A as the point –
location  traverses with time to location B, the location is rotated 180
degrees for a pivot perspective of radial plot where acceleration of radii is a
balance of null requiring null value of velocity ∄
for singularity hence transposition to a dimension foreign which is dipole
requisite in nature references of owned space and an inversion preserving
attitude with a vector value complex of relational construct separated by time.
Progression is determined by temporal gradient of spacetime and references
gravity with ⋛ at negative
of mode where the location is dimensional positive of common space. Thereby the
spacetime with reference to location A from B is inverted ∴
returns value for which location is a temporal, an event recording positive
evolution where negative is as having elapsed ∴ measurable
from a future dimension.
Here we
see location ∃ fading in and out of D4
at tangent ∄ temporal stress[25]
∵
gravity commands occupancy ∀ tangent depth, plural of
spacetime, denoting a swing of instance flux factor commensurate with time
event in a physical D4 hence distance traveled through time is given time at
universal constant of reference; piecemeal measurable as D4’s temporal gradient
from h fx. Having rotate capacity returning
180 degrees of zenith impasse, spacetime traverse attitude in the present ∵
again elapse to the future dimension B where again it is positive; D4
represents an axis of timeline in the illustration of gravitation with a
future. In this illustration we can see point failing ascension of U⋛
and consumed where rate of acceleration orbital by gravitation sin innate in a
universal D4 where U⋛ translates to its parse
in D4 of universal rate at which it exceeds itself fluid of inelastic gain
iteration being present as it accelerates to a 5’th dimension. Acceleration by
vector of null antiverse it temporally precedes its instance iteration by a
constant distance in each unique occurrence based on temporal pressure of
locality spacetime a velocity surface and the dimensional stress envelope of
CG. Acceleration of a location gives existence of a store of properties where a
constant velocity is ∃ a void singularity
expression hence surface and what is :P existence in cycle energy gain of acceleration
in check which occupying a physical and present. This gain can neither be
represented in either dimension thereby age origin and momentum being unique is
preserve of radii as equivocal propagation D4 spatial value a momentum and
attitude of falling body iterates frequency, wavelength, attitude etc: for
surface. We can note decay with polarity
shift aging that is reflection of an expanding universe and accumulation of
depth at rate x^{+}.
A material presence of a temporal other than the location spacetime resident
mode depreciates time ∄ at this spacetime
compensated for CG a fabric by colocation residing rest mass material for
location radiating as atoms to maintain currency of location where at the other
end of this dynamic a material as wave with induced primitive dimensional U⋛
temporal exhibits natural radiance flux to maintain presence having time
surface value availability becoming neutrino above time in excess of corpus and
D4 volume SI expression. ⋛ of
velocity is expressed with kinetic consistency  velocity expressed  assumed
as null 0 for interstellar vehicle
span void.
As luminal propagation
exists in plural dimensionality squared at diagonal where coaxial reference of
dimension x,
dimension y,
⋛ length and height are not equal ⟺
elapse distance. This is to say that a vertical selection of bidimension
dipole reveals from sine of h a polar which measures similar to 4/10 and 5/10
where acceleration propagates for a constant baud Planck and is present in 5/10
20:20 verbose with correlation elapse void moment.
Systems are at a dimension gradient for U⋛
and surface for Lorentz planar acceleration matter being perfect present void
ethereal as inclusion mono static solids of D4; interstellar CG press metrics
are possibly represented for magnetic lines in the cosmos of D4. Hence speed of
time region dimensional pressure exhibits speed of radiance being sine delta
divergence from edge of system to edge evidenced with current instruments and
noting gravity does afford curvature for radiance propagation. The implication
of this assertion is that when we observe and explore from outside the
gravitational field of influence in our system we should find that systems away
from our own are significantly deprecated when we are able to quantize and measure
from within our system which have held and propounded universal from classical
time without benefit of framework understanding mechanics and physicality of
spacetime. Other void dimension planet or stellar can possibly be present as
represented by core matter at dimensional depth in D4 exhibited by comets in
and around our system existing as a part of our system; since these are present
in CG it may be possible to travel to alter space times traveling to below 0 spacetime confines accepted to be void
because they do not have any gravity or other signatures.
In a state of acceleration ⋛
decreases along the body of singularity in the direction of acceleration at
gradient resulting that linear subsequent forwarding of matter in the
previously occupied spacetime exhibiting linear resistance to acceleration. A
result of accelerations subsequent occupancy of space time takes place where
the space ahead is a complex space time for include U⋛
⋀ h depending
on a vehicles attitude with a gravity well. Physically greater space is
occupied with a leading edge difference in distance excessive of rate of change
through x^{}
advance on rate of change requiring sustained V^{e} P:
acceleration velocity
:P ¬ Quanta
Space SI = sin (s^{2} +
1/h) fx (⋛) where
⋛ = dimensional stress (expressed for mechanics[26]).
Pressure exchanged to denote stress of a spectrum as previously discussed with
space collapsing to encompass a zero point of dipole ⋀.
By the use of the available s^{2}, spacetime zero or a non
existence pivot, the stability of D4 is highlighted with a void variable CG (s^{4}), s^{2}, s^{3} with universal D^{4}
in cosine.
Inco:
Start allocate of basic model per Planck proposal
quantum engineering uniform field Theory.
SI = volume
 quanta space
sin = gain
cos
s^{2} = spacetime
zero (nonexistence is void)
∑ = sum
Fx = at a function
⋛ = dimensional stress
H = Plancks
constant
Surface,
time, sums and functions including non physical bonds can be considered in
functionality a tabulation of time existence void manifesting where velocity is
represented with pitch of spacetime in eventual distension a variable of a
vector ⨂; an altered state
manifesting as below / above space with indexed reference of gravity and
velocity; sums and function notations on the left are exchangeable.
Identified solid
dimensions at location immiscible
1. CG
– Cretina Gemeen common space, commons dimensional material, present dimension
of D4 in which physical interaction takes place and to which listed below are
represented to some degree.
2. 
s^{2}
 Negative space zero, generally accepted to be nonexistence and void.
3. Magnetic
North – dimension which can be interacted with through energy transfer.
4. Magnetic
South  dimension which can be interacted with through energy transfer.
5. Electro
Positive – harnessing energy in everyday use.
6. Electro
Negative – harnessing energy in everyday use.
·
Temporal negative – equating CG.
·
Temporal positive – equating –s^{2}.
Identified
ethereal dimensionality frame model as CG ⋛
with gravity defined by 1 and 2
Prime ∧ Nonprime
pending rhombic (t) ⨂ h
Frame model equations
Non
physical energy bonds
NPE = (sin^{1} < cos^{2})
Temperature
Heat
= ▽ • ⋛ = t^{1
}⋀ t^{2} in mono planar value < t^{1}..
t^{2} ie: radiated transfers
¬ x
CG in definition CG
dilate of D4 ∀ void at t^{0}..t^{1}
threshold (non event) temperature.
Membrane
 quantum transition[27]
h ⨂ CG/D4
= h (0 • 0) t^{0}..t^{1}
ElectroMagnetic
/ radiance
EM
= (sin^{3} ≤ cos^{5}) ⋀
(cos^{4} ≤ sin^{6}) + (x)
Matter
√M^{e}V/c^{2} = (sin^{1}
≤ cos^{5}) ⋀ (cos^{2} ≤ sin^{6}) + (x) and
√M^{e}V/c^{2} = (sin^{1}
≤ cos^{3}) ⋀ (cos^{2} ≤ sin^{4}) + (x)
With
set and subset combinations for unconfirmed prime matter with + (x)
adjusting for orthogonality rhombic orientation.
Mass
@ planar
Δ
t^{0}.. Δt^{1}.. Δ t^{2} / t^{0}
Electron/Photon/Subatomic
▽• ⋛^{2} = t^{1 }⋀
t^{2} ∀
binary planar velocity t^{}..t^{+} ∀
radii = U⋛
⋀ ⋛ ¬ x’ ∠ • ⨂ h / Mass.
Luminal
propagation inertial frame
U⋛
• ⋛
⋀ C^{2} :P Zenith ⋛
Propagation
temporal
fx t^{1}..t^{0}..t^{1}
:P+
fx an energy state of D4 whareas –sin
fx is a physical state of D4 planar
SI reference.
Subspace
dell ▽ chromodynamic transition.
t
^{}
= V^{e} acceleration decayed
temporal for spacetime V^{e}
is valued in negative ⋛
0.
Clocking spacetime plot for frame model orbit SI ⋛ spatial gravitation signature atom
dynamic of radii temporal ⋛
:P
Radiance
includes an energy state, a distance s^{2} in every iteration the value
of which gives us a distance value for iteration in D4 for value :P distance
traveled and returns a spatial construct tangent in reference of D4 for a
future and past apparently adjunct to one another. Structuring with individual
temporal ⋛ indicates that time is
gravitating universally for physicals in iteration where distance and ⋛
are variables for order thereof. Time interpolates to a surface compounded with
commons to a fourth dimension :P which embeds past it's attributes resulting as
time, a surface in the fourth dimension which is a spatial collective of the
past maintaining ∃. This surface is mono
dimensional and how can two dimensions represent itself in plural dimension to
a common except by taking on fourth dimension x^{} a
surface of owning location :P hence
bearing functionality of distance s^{2+}. In present radiance can exist
as a surface having elapsed as such s^{2+} ∃
⟹ time property of owning a location and physical being
material.
In order to make sense of the speed of light having
constant one needs to consider that photonics is gravitating to the present at
a consistent rate keeping relative of acceleration an adjunct to which it is
elapsed ⨂ propagating energetically
lossless its own and distance traveled for void by inversion becomes equivocal.
As in the figure illustration above by greater or lesser swing radiance
maintains timing and for every case gain, energy / matter are physicals of D4.
A rhombic in gravity  point delineated – s^{2}
of D4 a kernel for an atomic or singular for elemental meta physical state depending
on strain with relation D4 to overall value of a structure in orthogonal
orientation one need to refer properties of angular momentum. This is
constrained as ⋛ along construct of a
physical allowance of veer of structure with orthogonal static from center of
mass for an associated structure and span. Planets and so on resulting in linear
gravity at a consistence of body alignment with regard D4 or mass center where
matter attracts. In this a universal, a galactic, a system, a celestial reflect
local sheer with U⋛ exhibited by dimensional
or physical structure of a body disposing as dimensional
conceived cosmic drag giving attribute to heat fx h for span body.
We see then that gravitation is in effect a
function of time spatial in the redefinition[28]
of common space and can infer that resulting gravitational fields are a function
of time. Celestial redefinition attributes an elevated temporal dimensionality
–s^{4}. One can infer that measurable lengths of events are the same
with invariable absolute references so as they are with common allotment
referencing sum body at rest thereby instance is variant for the one another in
delivery unique to embody temporal ⋛
for spacetime. By this argument time travel becomes commonplace – every unique
 a variable in another timeless presence as distance from void replaces :P for
radii for a superior yardstick. Thereby if there is such a thing as a single
unit of time – allotment  it becomes the :P in which a unique forms (pulse) is
delivered by radiance  complex bearing unique.
What becomes of the notion that one wavelength is
longer or shorter than the other when both traverse the same length of space
for a given time? One can infer that propagation of radiance is a rational play
on the construct of time spatial and that radiance is a pulse, a wave where
pulse is :P which is a constant at any given spacetime plethora. The present
in a spatial construct where length and height are ghost metrics sustained by
common space ⋛ is traveling from a past
to a future giving the energy of the radii in a single unit as gain D4
traveling thus as a spark / pulse is physical event. A pulse then varies in
pitch / yaw as unit of time having taken on dimension of time :P. Still from
this pitch / yaw can be inferred ghost metrics length and height at s^{2} is a dimensional
signature not surface as time as exists with plural. The metric by which we are
measuring distance travelled becomes a measure of the spacetime spatial and
temporal pressure of an event with spatial attribute refers a constant what is
a surface or time adjunct s^{2}. The future and past represented presently
by missing elements of an elliptic where we have two sides of said elliptic
surfaces which cannot exist unless by inference in the present as time in
common space an energy surface for acceleration. Then we can begin to
understand the propagation of radiance where the time dimension is consistent
variance of a void dimension by gravity convolution of the future coming
physical present at a piecemeal of temporal giving attributes by completion for
complex  an event.
Gravity extrapolation
Gravity
is a dimension at a given signature distortion,  fold abstract to reference s^{2}
a depth ¬ tangent plurals 90^{0} for all CG[29]
exclusive of space with causality when matter displaces spacetime location
with potential location in a void. A body such as a planet displaces and
incorporates space with a value so as it can be described as there being more
space available for occupancy as signature references proximity with a
celestial body  matter will gravitate to where there is greater potential
space for displacement to a lesser spacetime ⋛.
Distortion refer stress is reduced with distance away from a celestial body because availability
potential lessens in overall of an increased reference span; celestial bodies
have enough owned reference for ownership of spatial reference equilibrium
where systems that do not would collapse for a body which does not have enough
mass to own its space independently gravitate to another exerting greatest
relief of locality presenting potential for occupancy. Celestial bodies then
facilitate an exchange of subatomic[30]
dynamic evaluation creation and repatriation by body exerting greatest presence
of system global variable. The same is true in microgravity described as
celestial bodies curving the space they occupy a difference of spatial gain for
span integral.
For purpose of logistics this can be usefully
described as celestial bodies displacing dimensional space to a lower time at
tangent a function of space U⋛ which effects gravity.
The time; as we have come to know as the present is a complex time spatial. In
our own system greater celestial bodies occupy common space with greater
presence of our time. This bears on time travel as dimensionally a celestial
body like central sun is most present expressing time spatially certainly a few
minutes span below the earth’s time
having exploded there so in continuum will do so in the future yet it is an
event at tangent impasse zenith in time having a role in the present. The
central mass of a system with lowest representation of D4 populated dominantly
CG origin distinct dimensions becomes most temporal momenta of migration;
strongest for system exchange of temporal, other celestial potentials unable to
achieve closed scalar of D4 migration. With logistics time travel if one could
distend time to travel to the future viewing our system to observe the end of
time in this system the traveler would observe the energy signatures of the
planets diminishing rapidly due to lack of time depth presence comparing to the
suns signature finally to extinguish to a D4 void relative of future (exist).
This of course does not bear on the possible patterns presented by time
dilation much discussed.
The diametric of moving forwards in time is the
result of polar or distended universal pressure resulting from the presence of
dimensional matter foreign to common space; matter, stars, black holes, energy
planets, zones owning space the physical etc. In isolation any celestial would
represent as does a for example a black hole with spatial future diametrically
fading away with distance where even radiance would origin as origin being it’s
universe past having future. A system recedes from s^{2} for eventual
nova in adjunct D4.
Thereby
if one succeeds to slow temporal momentum in a location the result would seem
as progression to the future for that location and body. Herein lies a paradox
that to speed temporal pressure up in a location body results in being possible
to pass a lifetime in the present[31]
which is the accumulated past by increasing presence. This is because we are
acting on a body which exists in the present in both instances of past and
future yet the present of existence lies physically perpetually in the past of
an event horizon divide overlapping with a void future having yet to come into
existence.
What denotes a gravity signature?
It shows to be a prize potential of distance
availability with orthogonal orientation of a least distance reference
extending in a straight line from a planar s^{2 }plural space.
What is time  minutes, seconds?
Time is verbose expression and a resolution of CG
concatenating ⨂ of a void (distance from)
∴ denoted :P
t^{0} = ∃
∿ x
∄
· t^{1} for which (t^{0 }⟹ t^{1}) ∀ an
⨂
proximity D4 in iteration.
In conclusion time bares all existence, the
present, with it’s image, embodiment of time past and future complex in a
single dimension D4 (exists). The unit of time seconds, minutes, hours, years
is used to measure rate of change exhibited by D4 what we experience as time a
continuum :P
Axiom notes Axial
" Klockan skulle gĺ fortare i rymden,
ĺtminstone om den inte skulle röra sig mycket fort i förhĺllande till oss.
Tiden gĺr verkligen fortare där tyngdkraften (gravitationsfältet) är svagare,
sĺ den gĺr fortare pĺ satellithöjd än nere pĺ jorden. Detta är inte ett löst
pĺstĺende utan ett verkligen uppmätt fenomen, men skillnaden är mycket liten sĺ
man mĺste ha bra klockor för att kunna mäta upp den. Tydligast är det för
GPSsystemet, som mĺste ta hänsyn till att klockorna gĺr fortare ombord pĺ
GPSsatelliterna än nere pĺ jorden. Skillnaden är ungefär 38 mikrosekunder
(miljondels sekunder) per dag. Det lĺter inte sĺ mycket, men om man inte
korrigerade för detta skulle GPS ge helt tokiga resultat (uppĺt en mil fel
efter bara en dag utan korrektion). Detta är sĺvitt jag vet det enda exemplet
pĺ "vardagsapparater" som mĺste ta hänsyn till den allmänna
relativitetsteorin för att kunna fungera. "
Anders E. 20110613[32]
Translation
" Time
would go faster in space, at least if it does not move very fast relative to
us. Time passes really quickly where gravity (gravitational field) is weaker,
so the faster the satellite elevation than down to earth. This is not a loose
assertion without actual measured phenomenon, but the difference is very small
so you have to have good clocks to measure. This is most evident for the GPS
system, which must take into account that the clocks are faster board the GPS
satellites over the earth beneath. The difference is about 38 microseconds
(millionths of a second) per day. It does not sound like much, but if it is not
corrected for this would give the GPS completely crazy results (up one mile
error after just one day without correction). This is to my knowledge the only
example of "living machines" that must take account of the general
theory of relativity to serve. "
Translated  Anders E.
20110613 via RymdForum
Av: Anders Helmz
Public notes[33]
Public notes[34] with includes
equinox
paralysis
disambiguate
tangent chromodynamic for horizon
Public notes continued
8.00base D4 for dipole
= 3.141592654 x’[35]
Public
notes continued
Public
notes continued
Contributing
notes:[36]
What Is Time Dilation?
An
accurate clock for one observer may be measured as ticking at a different rate
when compared to a second observer’s own equally accurate clock. This effect is
not a result of the clocks’ technical properties but of the nature of spacetime
itself.[37]
Clocks on the International Space Station (ISS), for example, run marginally
more slowly than reference clocks back on Earth. This explains why astronauts
on the ISS age more slowly, being 0.007 seconds behind for every six months.
This is known as time dilation, and it has been frequently confirmed and
validated by slight differences between atomic clocks in space and those on
Earth, even though all were functioning flawlessly. The laws of nature are such
that time itself will bend because of differences in either gravity or
velocity, each of which affects time in distinctive ways. This phenomenon will
have significant implications for interstellar or intergalactic travel.
What Causes Time Dilation?
Time
dilation is triggered by disparities in both gravity and relative velocity.
Together these two factors are at constant play in the case of a spacecraft’s
crew. When two observers are in relatively uniform motion and not influenced by
any gravitational mass, the point of view of each observer will be that the
other’s clock is ticking at a slower rate than his or her own. Furthermore, the
faster the relative velocity, the larger will be the magnitude of time
dilation. This case is occasionally termed special relativistic time dilation.
The Spacecraft Scenario
Two
spacecraft moving past each other in space would experience time dilation. If
the crew inside each one could somehow have an unobstructed view into the
other’s spacecraft, it would see the other craft’s clocks as ticking more
slowly than its own. In other words, from Spacecraft A’s frame of reference its
clocks are ticking normally, while Spacecraft B’s clocks appear to be ticking
more slowly (and vice versa). From a local standpoint, time registered by
clocks that are at rest with respect to the local frame of reference always
seems to pass at the same rate. For example, if a new spacecraft, Spacecraft C,
travels next to Spacecraft A, it is “at rest” relative to Spacecraft A. From
Spacecraft A’s point of view, Spacecraft C’s time would also appear normal.
Here arises a thoughtprovoking question. If both Spacecraft A and Spacecraft B
think that each other’s clocks are ticking more slowly than the other’s, who’s
time is correct, and who would have aged more?
Time Dilation and Interstellar Space Flight
Time
dilation would make it conceivable for the crew of a fastmoving interstellar
spacecraft to travel further into the future while aging much more slowly,
because enormous speed significantly slows down the rate of onboard time’s
passage.[38]
That is, the spacecraft’s clock would display less elapsed time than the clocks
back on Earth. For extremely high speeds during a journey, the effect would be
more dramatic. For example, one year of interstellar travel might correspond to
ten years back on Earth. Therefore, constant acceleration at one G would
theoretically allow a human crew to travel through the entire known universe in
one lifetime. Unfortunately, the crew could return to Earth billions of years
in the future. Interstellar travel at high speeds thus would have huge
implications from both an anthropological and sociological perspective. The
crew volunteering for a mission of this magnitude and speed would have to
accept the fact that their loved ones, and perhaps even their home planet or
star system, would have died long ago.[39]
Because of this effect, humans might wish to travel to nearby stars without
spending their entire lives aboard an interstellar spacecraft.
The Twins Paradox
In this
paradox one twin makes an interstellar trip in a fastmoving spacecraft but
upon return to Earth finds that the other twin who remained there passed away
hundreds or thousands of years ago.[40]
This result appears bewildering because each twin sees the other twin as
traveling; therefore, each should find the other to have aged more slowly. The
paradox can be resolved, however, within the framework of special relativity.
The siblings are not equivalent because the twin on the interstellar trip
experienced additional acceleration when switching direction to return back to
Earth.
Consider
by way of illustration an interstellar spacecraft traveling from Earth to
Proxima Centauri, the nearest star system outside our solar system and four
light years away. At a speed of 80% of the speed of light, the twins will
observe the situation as described in the following paragraphs. To make the
math less complicated, the spacecraft is assumed to have reached its full speed
instantly upon departure from Earth.
The
twin on the interstellar spacecraft would see lowfrequency (redshifted)
images for three years. During that portion of the trip he would see his
counterpart on Earth in the images grow older by 3/3 = 1 year. On the return
trip to Earth, he then sees highfrequency (blueshifted) images for another
three years. During that time he would see his twin on Earth in the images grow
older by 3 × 3 = 9 years. When the interstellar trip is completed, the image of
the twin on Earth will seem to have aged by 1 + 9 = 10 years.
On the
other hand, for nine years the twin back on Earth sees slow (redshifted)
images of the spacecraft twin, during which time the spacecraft twin ages in
the images by 9/3 = 3 years. The twin on Earth then sees fast (blueshifted)
images for the remaining one year until the spacecraft returns. In the fast
images the spacecraft twin ages by 1 × 3 = 3 years. The total aging of the
spacecraft twin in the images received by Earth is 3 + 3 = 6 years, so the
spacecraft twin returns a bit younger.
To
avoid misunderstanding, note the difference between what each twin actually
sees versus what he actually calculates. Each sees an image of his twin that he
knows originated at an earlier time and that he knows is Dopplershifted. He
does not take the elapsed time in the image as the age of his twin now. If he
wants to estimate when his twin was the age shown in the image, he has to
determine how far away his twin was when the signal was emitted. In other
words, he has to consider simultaneity for a distant event. If he wants to
calculate how fast his twin was aging when the image was transmitted, he tweaks
for the Doppler shift.[41]
Time
Dilation and Communications with Earth
In
theory, time dilation will also affect scheduled meetings between the crew on an
interstellar mission and the mission managers back on Earth. For example, the
crew would have to set their clocks to count the precise number of years time
has passed for them, whereas mission control back on Earth would need to count
several years more to allow for time dilation. At the velocities currently
possible, however, time dilation is too trivial to be a factor in
communications between the ISS and Earth.
Implications
for Interstellar Travel
Time
dilation will have huge implications for both the crew of a spacecraft and
mission managers back on Earth. We must consider, for example, the age of the
mission managers for the crew returning to Earth (or for alleged
extraterrestrials returning to their home planets) and whether or not an
interstellar mission would be sociologically accepted. Consider, for example, a
spacecraft traveling at 99% of the speed of light to the center of the Milky
Way. If everything goes right, the crew would have aged about 21 years.
However, back on Earth over 50,000 years would have passed (as observed from
Earth).[42]
Obviously all those involved in the initial planning of the mission, as well as
generations thereafter, would have died long ago.
Applied scenarios:
Conclusions
An
erosion of Newton’s assertion that a unison embodiment in entirety cannot
attain any velocity[43]
without expelling matter in turn weakens the classical assertion that the
universe is “ at rest “ with reference to the center of the D4 as the bodies
center considering reference to spacetime in a arguable infinite expanse of D4
which has no center but rather bandwidths considered time in D4 or existence;
allowing for infinity distance in all directions; the existence of other
distinct body systems “universes” where space is under stress in the dimension
qualifies as a lesser or greater distance for the dimension bringing to bear
the open ended notion of; is a body independent through ownership of space from
this universe by it being of this dimension considerable as this universe ?
Considerably this may qualify the debatability of the depiction of time
distension as illustrated by relativity in special and general theory however
planar stress can accomplish this..
This is
observed by relativity’s assertion that velocity denotes a character of mass where
previously it is put forward that rather velocity is functioned by acceleration
and denoted as a decay of surface time depth to the negative in D4 and the
present.
A
spacecraft leaves earth traveling at light speed LS 1 with a destination 4.5
light years away. At midway dell the spacecraft is traveling at earth light
speed LS 1 in its locality with a time differential to earth in factor. This
results that a dell^{1}
value is required to know the earth velocity resulting V^{e}/M^{o} of the space craft in
kilometers per hour and report distance covered per hour for ground control in
order to give an accurate ETA assuming destination distance requiring dell^{2} value for current
observed distances. A velocity subspace hypothetical counters deep space
clocking immersion (reduced presence) where the vessel being below time a
physical chromatic tangent resulting from velocity counters the absence of
gravity with velocity dell^{3}
which is not exponential commensurate of (g) as illustrated by GPS temporal
data . Using these adjustments, time dilation and related aspects can be
reduced eventually to a summary of earth velocity for the vessel which can then
be regarded as a yardstick measure in conjunction with a present value ratio of
temporal standard for transit. What is apparent are distances are given in
light years by an earlier consensus of global intelligent communities; thought
to be a physical constant, this is a very serious challenge for logistics where
for a star we can note that on taking the center of the earth as point location
and judging a stars coordinate position in the sky, that because of gravity
well properties, the position you can perceive is of deviant angles. It has
been shown; digress in propagation of time with gravity and that bears on
distance covered by light from one gravity well to another where in deep spacetime
propagates faster and at an accelerated clock rate from your vantage, external
to you is a slower clock rate. It has been shown that temperature and possibly
subatomic potential saturation in fx of
propagation bears directly on propagation of time and light speed. With these
arguments when required for purpose of logistics to give an ETA for a vessel to
an interstellar destination, having all information currently available, that
errors persisting prohibit this.
Common
scenarios for space travel logistics and debris defense ....
1.
Vessels equipped with whipple shields for
unnatural velocities would also need extra shielding for ultra high velocity transits.
·
It seems an idea that a vehicle having attained
terminal velocity luminal even superluminal velocity can release a gas sphere
alt dry ice in which it is enveloped, possibly ahead of the vehicle, to act as
a transit shield for duration of voyage to near or far systems avoiding
potential collisions with micro bodies which may or may not be present past the
Oort field and Allen / Kuipers belts. This presents itself as a basic maneuver
with acceleration to an integral of light speed stop accelerating; the vehicle
associative mass is at rest. Release herein example a boron cloud and position
the vehicle behind it during transit.
2.
A near earth object asteroid type celestial is
calculated to be 2 AU and approaching with considerable mass Mo at 75,000 mph
to juxtapose impact earth in a critical condition.
·
Launch a Euro fighter type vehicle to observe and
confirm calculation and log relay observations to JAXA, Houston Centrum, Star
City and ISS for analysis where on confirmation with accordance a d'Assult type
equipped with alternatives Cruise / MX / Exocet and Tipo DF41 tooled for
scaled burst disturbance of spacetime locality causing compressions or
decompressions of space time fabric with mass energy presence at X/Z 360^{0}
of NEO to change the objects trajectory path.
3.
Faster than light vehicle impact.
·
Vehicle impact on earth is traveling with
passenger to it’s destination workplace and is impacted by a oncoming
extraterrestrial utility vehicle traveling at ls^{+} greater than FTL
critical velocity should result in gel fusion at earth geocentric core at
dissolution is my drawn conclusion. The earth vehicle would have a very
difficult task to note this occurrence in spacetime manifested as neutrino and
black body activity. Please refer to “quantum chromodynamic transition”
description of argument which supports this argument; reasoned sense for travel
would be to set travel safe destinations to left or right of plot destination
and flight paths attempting also to avoid emergence with previously discussed Planck
physical reality of gas and Neptune type celestials.
·
Merge for result.
4.
Deep Space Dissolution  DSD  Exhibit Oort cloud
materials
Gravity
well
·
A deep space environment is potentially a hazard
for any vehicle due to absence of gravity well quality. In absence of an
gravity well matter exceeds a time property resulting insufficient ⋛
differential and causing dissolution in structural. A potential causality for
decaying value in reference h
at s^{4}
x^{+},
x^{} with distance from gravity well; adherence for
which theoretic postulation without evidence of scientific observation refer:
Max Planck Institution  1948.
·
An approach to solving this is temporal shielding
using electro and dipole property magnetic pole creating both as static fields
with roll cage designs employing vehicle as s^{2} frame lift for static
and time reference replacing gravity well quality acting as an insulator.
Static fields sharing a zero frame reference location separate mono dimensional
distance for conjunction displacing s^{2} for a vessel perpendicular of
acceleration using one pole with an energy time quality supporting complex
geometry reference suited to support an evolved spatial improving property of a
closed system for a span.
·
An approach to solving for note bone loss medical
using dielectric and dimagnetic shielding creating both as insulator
shielding vehicle mass static and time reference replacing gravity well quality
acting as insulate support. Static field sharing a s^{2} reference
location separate mono dimensional distance for conjunction displacing s^{2}
for the vessel with energy time quality of complex geometry suited to support
evolved spatial referencing. Temporal shielding employs a single beam with
orientation perpendicular to direction of planar acceleration – §umbria region offering
improved support of s^{2} recess ∀
via magnetic and gradient electrostatic field.
5.
R&D of asteroid unknown statics with earth’s unknown
statics
·
Applied – One can employ of statics shielding to
complement temporal modulation for spatial aberration reference in solution to
observations e.g. bone loss associated with extended stays in space i.e. ISS
long duration astronaut stays. Statics shielding adding to D4 spatial integrals
lends to dissolution shielding at complex spacetimes with resolute in factor
of 38 microseconds scale span. At present we quote two identified employable
statics, electro and magnetic which are in vectored temporal reference of
systemic displacement and h Planck spatial. One can make note areas of
potential third complementing statics yet unnamed with unknown methods of
mechanical harness appearing with response to harmonics, resonance and
highlighted by non sciences dousing along with fringe sciences like communion,
telekinesis etc phenomenon unexplored for leads behaving as a static fields
including stator contenders.
·
The inference and ethical implication in our
system of this theoretical is to be advised of what is conceivable and a
possibility that at an associative dimensional level planet celestials like
Saturn and some comets could in their own frame of Planck baud spatial
resonance be physical bodies like our own from what one can perceive. This said
one has to reference how far removed from our materiel physicality these bodies
are with regard to shine a light and mine i.e. Ablation location fields (ALF)
asteroids devoid of gravity at dimensional distance potential Planck dimension
or similarly the rings of Saturn with significant distortion of time and
gravity, comets being body trackers. Likewise; extreme nova test facility
peoning abrogation of celestial neighbors like Mars. With a shifting consensus
of view point the argument could be made that the rings of a planet like Saturn
are simply fragma of atmospheres past drawn through ionospheres and magnetic
fields. A realized field of decayed void potentials in orbit of the planets
gravity well.
·
What remains with global variable is manipulation
of the present in a locality and with that reasoning is it's confines.
6.
Igniting lunar scenario in plasma pounded sphere
 Tuczon.
·
An approach in example a reaction less vehicle
drive innovation using magnetic stator dynamic in hydrogen drive chamber
conflicts with lunar spatial quality at s^{2} resulting in ignition of
lunar material with scenarios variables local .. eclipse anoxic.
·
An approach in example a reaction less vehicle
drive innovation using magnetic stator dynamic in ammoniac drive chamber
conflicts with lunar spatial quality at s^{2} resulting in ignition of
lunar surface transited to fourth state as plasma where energy release exceeds
dissipation in atmosphere free constraints. Lunar properties present less than
earth gradational gravity field strength with different meltdown properties in
lateral ignition propagation. Such an eclipse ignition scenario would
experience on earth an energy release for duration of ∿10,000
suns resulting in carbonization of the earth's surface evidenced for example by
layers of such carbon deposits in earth's crust with extinction near .. Total
of life and atmosphere an ' Anoxic event ' .
Planck scalar perturbation of incubation allowed in roll dimensional
scales of –r accounts for polarization of microwave background including
precursor exhibiting global phase transit. Topological obtrusion with field
gradient that corresponds gradients in two quantities for vacuum expectation
for frame model horizon with flat spectrum in key quantities observable for
generic trashing at 10500 sample of singularity in entropic.
·
An approach to solution for Helium transfer lunar
.. geo is probability constrained with complexities of temporal. Lunar burn prediction
frame model is complicated and follows for scenario temporal lunar at t for
burn –t delta Δ epsilon in C propagation transit with loss in temporal resolution
fx G gradient Δ for a cohesive differential in approach transfer of Helium
borne via solar wind. Yield λ in net for t fx ·
V^{C} Δ V^{G} lunar..geo is failure unknown. One then
begins to assign temporal values respective one another ^{–}t geo with
t^{+} lunar to quantize a ▽. From
a geo vantage lunar atmosphere winds and so on appear nonexistent however
further evidence points a valid postulation of surfacing ignition for
observation. From temporal ▽ ^{–}t..t^{+}
combustion of ^{–}t materials at vantage t^{+} a combust is of
nuclear quality whereas from vantage ^{–}t a combust of t^{+}
has a radio quality
·
“At sunrise and sunset many Apollo crews saw
glows and light rays. This Apollo 17 sketch depicts the mysterious
twilight rays.[44]
“
·
Currently there are several agencies that can
provide guidelines for lunar access along with onboard counter measures there
is a possibility to provide rapid response.
·
Please refer NASA Glenn, JPL, Star City, JAXA and
IRF for anoxic burn scenario prognosis. Consider scenarios with extreme caution
where in example considering moving fusion fission domestic energy production
off world.[45]
7.
Abyss Paradox
·
The vehicle is travelling with ultra high speed
and acceleration to where all variables of common space are contorted in a
complex state towards a space time door.
·
A vehicle is suspended at a free fall dimensional
time depth without reference to common velocities and this is a directional
conundrum of dimensionality.
·
Decelerate to neutral reference point to point of
velocities attempting to reset a vessels spacetime temporal locality atomic
indexing of void through compression decompression for your vehicles spacetime
variables using quantum chromodynamic transition indicators including red
shift and any available reference with an energy requirement.
8.
Latinum gold shire apocalypse
·
Asteroids as big as 2 kilometers can discharge an
impact energy of a million megatons and create an effect similar to a nuclear
winter, with loss of crops worldwide and subsequent starvation and disease.
Still larger impacts can cause mass extinctions, like the one that ended the
age of the dinosaurs 65 million years ago (15 km diameter and about 100 million
megatons).
·
Please refer NASA Glenn, JPL, Star City, JAXA and
IRF for burn scenario prognosis.
·
Regulatory bodies traffic control authority of
asteroid proximity and mass value as an approach for permit issues.
9.
Rhea aesthetic  Near earth objects
infrastructure accumulation with space debris liability of energy propagation
with an extended sphere.
·
An extended sphere from system center of mass
imposes propagation a dynamic of arc bridging near earth objects infrastructure
with reference electric potential of the earth's surface. Bridging
juxtaposition for plane of Lorentz acceleration creates arc bridges for energy
lazing adhoc.
·
Satellites and infrastructure should beinsulted
with globular dielectric insulators as teflon in order to _ reiterate lazing
adhoc by space debris pollution accumulation arc bridging.
10.
Vehicle dynamic of deceleration employing a
Hjulja orbital propeller method of propulsion with singular s^{2}
reference creates condition for ⋛
contrasting D4 in far region to import foreign dimension material with ⋛
of ^{}0^{+}
contrasting D4 for nova solar.
·
Lacking accumulation of data on this scenario
postulating ⋛ with s^{2+}
for foreign induction of adjunct dimension to plane of reference for solar nova
in positive plane s^{2} at extreme employ suggests prudential usage of
related tier technology inertial frame presented here for interstellar where
propulsive s^{2} is shared as s^{2} plural s^{2}
propulsive reference. Another approach is non native, having evidenced defect,
orthogonal deceleration consideration along with generous tolerance levels
embedded with infinity drive allowance routines. Note: postulation ¬ self
regulated disambiguation 0 of heat
generation destroying this modeled incumbent propulsion drive.
Appendix:
By all herein matrix of debate and arguments
presented here is analysis of interacting movement and existence in relation to
time. It remains yet to identify a doorway linear or otherwise logical path
which would lead to the suggestion of travel or gravitation along a mental
construct dimension of time described by hours, minutes and seconds :P which
separates from existence being time and residing undetached from the present of
float at impasse zenith in tangent. With our universe represented physically in
a dimensional plane populated D4 being a divide; the postulation of D4 physical
reality does allow for the existence of alternate universe realities existing
at alternative spectrums of ⋛
separated by unison velocities as distinct from our universe however travel to
which does not indicate travel along any notion of a timeline rather
describable simply as other dimension property possibly occupying frustums or
subsections a same location but not relating and interacting with one another
physically separated by unexpressed velocities and hence dimensional time
depth.
With
reference to common space directional velocity can only represent itself with a
null value expressing chromodynamic shift and this as relating to an infinite
expanse D4; velocity expresses itself as in all directions simultaneously.
Conceivable as one considers that when traveling away from a point in space at
a hundred meters per second one can maintain that velocity to travel at the
same speed going through a half circle turn and still be traveling at the same
hundred meters per second now towards the same point in space hence directional
velocity is a null quality exerted in all directions and time expressed
functionally; with reference argument that a loop back is time decayed as an acceleration
event; at no point is the vehicle’s velocity slowed, which brings into question
the possibility of covering distance in a sub space hypothetical an alter
dimension and relevance of direction. Going through a half circle consumes a
sum of energy to effect the change and the energy value of directional velocity
is decayed mathematically to zero referencing the unison body at ninety degrees
of the turn while retaining the same level of directional velocity energy at
the midpoint of the half turn. In orbital disjunction and inertial frame
propulsion, spacetime track parse affects deformation of space time gradient
facilitating propulsion.
From dialog  all above  the focus here seems to
be that at this location spacetime conventional theory contends that a vehicle
may encounter a time floor equivalent of chromatic increasing mass argument to
the big bang at a given velocity putting it at seven and a half minutes below
time in this location and surface through time referenced at location. Using
arguments presented here this event is described by where a gravity signature
of a structure either contracts or expands to a state where a structure
referencing it becomes unstable since it's signature ceases to reference a
stable value from CG of this planar universe in abstract. Seems within reason
to suggest an opinion that this nova would not have expected vibrancy, be of a
filtered spectrum less the 99.9999% vibrancy yield in designed surface novas.
This is perhaps a useful argument to consider should one want to plot course
heading for a different system with the view that to accelerate a terra tonne
vehicle at 25 gravities for a period of 31 days approximately may not in
argument equate to a critical elastic tolerance breach of common space allowing
fluid time linear pivot dimensionality since light speed is
a natural velocity. Having postulated this advocate along with complex
structure ownership of space and reference , it seems to me obvious that from
in the vehicle, one would get indications of disposition from diagnostics. Such
an indicator would be for example a resulting artificial gravity in the vehicle
from ⋛ of an
elasticity free space boundary. There is a possibility of noted and plausible
dj encore and dj quicksilver below s^{2} argument that could result in
a stasis suspension, a difference of dissolution and instance accumulation for
translocation.
Theoretical
by: www.shwaycoms.com
Stefan
Tubman  Logistics 2014 Asc. Ba. Esq.
Concluded:
a. matter
perception is CG an introspective and is
s4
b. temporal
propagation is determined by distance[46]
from s^{2}
c. super
luminal transport associations of latency with temporal dilation is gravity
well symptomatic  Special Relativity retort.

Credits : 




• 
My
parents 
Nature
and nurture 


• 
Isaac
Newton 
Principles 


• 
Lorentzian 
Special
relativity dialog 


· 
Stephen
Hawking 
Tutelage 


• 
Lene
Hau Vastergaard 
Observations 


• 
Rymdforum
IRF 
Observations 


• 
Glenn
Research Center 
Observations 

Table : Symbol Key 

SI = Quanta space 

sin = Gain 

s^{2} = Spacetime zero
(nonexistence is null) C 

∑ = Sum 

f = At a function 

⋛ = Dimensional stress 

h = Plancks
constant 

0 = fluidity of ⋛ expressed by
velocity 

☍= opposition 

☌=conjunction 

External
derivative : Starship Congress 2013
http://www.icarusinterstellar.org/congresslivestream/
Dell
divergence equivalent = Green function calculation differential equations[47] ▽
Light cone ⋛ @ s^{2}
^{ }
_{N} (x)
centrifugal equinox
(+)N
s^{2} x'
s^{2}
⋛
( y) centrifugal
equinox (zenith)
Key note
: Lene Vestergaard Hau
Lene Hau's condensate is a ground state optical
super conductor referencing a ground state medium where wave form can exist
less time of a universal ⋛ choosing
to own equilibrium continuum referencing its own rate of change which is static
between equinox and zenith verso U⋛.
We postulate that this medium presents void property as SI distinct from D4
governed by CG in spectrum of sodium. Lene presents this in reference to spin
alignment from which one can mate that placid spin alignment presents medium
aligned clock points; gravity without latency, mechanical and fx of a temporal, distance from gravity
signature compounded with nano verse in plural yet singular for wave forms to
present least distance at a planar scale. Wave form packet metrics being identical in
conclusion for long and short waves for which a character allowance is a
temporal attribute of spacetime where long waves presents a property of an
event persisting when compared with short wave forms. A local variable attribute
∵ spacetimes
ad infinite in reference of complex spatial singularities remain at rest for
example by locality propagation to maintain consistency with U⋛
at least potential exhibited by radii property shifts including
transference.
Implications of these breakthroughs: that this
research can progress to breakthroughs in energy storage perhaps 802.11[48]
for steam. Releasing energy from a condensate battery in a consistent and a convenient
method would be magnetic field lift in medium for duration (alt lift field)
extending wave form distance from equinox (zenith) by displacement (sine wave
perspective). On refinement, adaptable, energy storage fuel cells can be
developed that store wave form energy at next to no weight cost and capable of
phenomenal density to a cell for vehicles. An added
advantage of this technology is charge flexibility for vehicles where ground to
space and vehicle to vehicle refueling becomes possible.
Key
note speaker : Dr. Michael Minovitch
Comments
Hoop
values for elevator core scoop evaluation presented on www is a assessment
calculation based on available wiki 2010 material reflecting a difference of
100:80 repelling fields of same pole dipoles 100:100 where 1N≠1N for
attraction quality in Gauss law of opposite poles. Values given for elevator
core estimates are based on a negligible divergence gradient of our geo
magnetic field due to the size difference of opposing magnetic dipoles and a
constant geo magnetic field for distance.
Core
construct approach suggestion:
Dipole support structure is less cumbersome in
OA's[49]
release calling for a plasma conduit between coil skins (heat) original tokamak
than with an alternative design calling for conductive gas coils/cylinders[50]
in a proposed dipole reactor vessel where increased weight is balanced with
improving an elevator cores magnetic property. Conductive gas is introduced as
medium to induction of a electromagnetic static field for wraps not requiring
cooling. High voltage fine filament routing coils < 0,2mm supported to a
(+/) vertical divide in a core's chamber where filament temperature matches
impedance resistance of gasses; a suitable light weight tokamak solution using
conductive gas that can be a cooling medium.
For
Magnetic Elevator
Conductive
ionized gas solenoid design:
Another solenoid design is a ionized conductive
gas aerospace solenoid resulting in a lightweight suitable core for a magnetic
elevator core increasing design weight while lowering performance stress for a
field generator. The solenoid is sheathed with an outer skin as for example a
gas filled filament light bulb and as with some incandescent light bulbs one
can employ thin filament wire being of insignificant mass weight being so thin
very little metal is used. The tokamak ionizing chamber is filled with a
conductive gas which has a higher resistance property than the cores fine
filament coils wound as with a conventional solenoid however spacing from one
coil to another coil of filament can be on a filament rack constructed of fine
wire.
in this design the change in ohmic value as a
function of temperature in the filament results that the conductive surface for
energy charge throughput is increased to a field employing the conductive gas
allowing higher throughput than is the capacity allowance of the filament wire
on its own. As throughput is increased through the filament its ohmic
resistance value increases to where it competes with the conductive gas
resulting in a zone of conductivity around the filament that acts as a
lightweight routing coil filling the cavity body of the tokamak . The property
of arcing should in design improve the
number of magnetic wraps available for
magnetic yield as for example a catalyst of this property is introduced being a
catalyst is of material conductive property different from employed conductive
gas consistently.
filament
wire spaced by a wire rack filament
rack wiring
Conductivity
and admittance being reciprocals of resistance and impedance respectively, the
tokamak's chamber gas mixture functions as a semiconductor complementing coil
filament wire routing.
Key
note speaker: Joe Ritter
Comments
Telemetries telemetry etc agreed is a fine way to
get to know what is out there and survey what challenges our future has in
store; an approach is to monitor from midway, set up and maintain outposts for
science and research data collection before attempting initiatives directed at
other systems.
Nano
arc second imaging may be possible with multiple high frequency processors
running out of synchronization processing analogue optical imaging equipment a
concept not one familiar to me and likely a concept for supercomputing to
improve sample rate fps.
A
magnetic field (pressure) excludes (displaces) electric potential.
An
explosion originates at speed of light and propagates at a velocity rate
decayed in fx of occupation of a
spherical SI being exponential ⋛ enforcing a boundary event for iteration an event
transitioning from point of origin to a surface Planck value h for subvention
where t^{0 }⟹ t^{1
}a horizon of^{ }sin (for void)  impasse (blizzard for space weather) versus
solar flare propagation such like a lightning static sphere implies a time for
specific event.
Q. Why
does a balloon move forward in an accelerating car?[51]
A. Vector
interactive in an imperfect closed system moves in a forward motion and a downward
pressure less rising – thx a nice puzzle
Local variable map:
displacement technologies, Tesla
sphere displacement subjective of magnetic repel with temperature allocate as dark
matter excess dynamic accounting for:
t^{1} = ⋛
· ∠ velocities^{+} of U⋛ in rotation plane systemic Lorentz plane of
acceleration.
Systemic
geo magneto model
solar
drift dynamic
perpendicular solar
gravito magnetic system orbital
track lunar
model Tesla
Sphere Lorentz
plane of acceleration zero
frame referencing gauss
lines gauss
shadow displacement
frame merge
orbit drift
plane ∨
23.5⁰ elliptic
slide
NB: thermal expansion / matter SI dynamic accounting predominantly
for celestial rotation along with plane of acceleration contagion[52].
Lifter Ionocraft
With
lifters[53] one observes
ascent with elevation of a field removed from curved locality; distinct
geometric spheres elevating with dynamic of SI distribution, lower and upper
volumes displacing one another.
An observation of passive dual pressure shrinking and expanding in
dynamic of spatial differential; distinct hemispheres (tesla static) being a
dimensional displacement of existing fields with conjoined sin by
volume in (fx) of field gradient and a zero frame vehicle having aligned fields
plus (van de graaf) initial event a static. Ionocraft lift vehicles are
potentially capable of lifting lunar mining payloads when factoring increased
displacement parameters. Concepts face a challenge of glass ceiling (floor)
which can be explored with drones from an insulated pylon pedestal using a
microwave fueled static field, Ionocrafts exhibit a sticky tesla field property. In the
earth's tesla sphere a greater exclusion of complex space volume is realized
with less energy since a magnetic field displaces an electro one for a complex sin;
this type of vehicle does not ascend by (fx) displacement of air complex and
comparable results are realized at a different locations. An observation for
this figure can be that (t) sin in this figures upper hemisphere is geometrically
> than (t) sin in it's lower hemisphere which ⟹
that propagation ∠ (t^{0}) .. ∠
(t^{1}) in it's upper hemisphere is > ≠ temporal propagation
in it's lower hemisphere with ⨂ s^{2}
null mass referenced as Tesla
(10) SI is further from void where ⋛
↑
> ↓
in verbose correlation. A lunar gravity sphere presents a spatial
property less complex than the earth's due to a smaller size, lack of
atmosphere with improved curvature for lifters;
it is conceivable that static field separation is a likely force that
maintains asteroid fields, preventing their collapse by SI sin
∴ ownership ⟹
spheres of influence.
Keynote
: E. E. Podkletnov (Yevgeny)
Diametric Propulsion Drive
www.shwaycoms.com
Patentansökan nr 14001291
PRV : Not Submitted
as Open Aerospace at www.openaerospace.org
Brief :
This document is a description covering an overview of
Podkletnov Diametric Propulsion a diametric drive which is a overview of a previously unknown and undocumented functional
acceleration manipulation device which is a concept introduced 2014. After
reading this document you will basically understand mechanism of how to build a
functional modeled propulsion device and have a understanding of functionality.
Podkletnov diametric is entirely an
innovation invention. This device is a
rational functional aerospace propulsion chassis concept which introduces a new
innovation in methodology unexpressed prior to this document in 2014. This
innovation by assessment of Eugene Podkletnov a colleague from BPPP 2002
theoretical principles and proposals are evaluated over several years to
present of his achievements; data was subsequently collected and interpreted.
The device is a Podkletnov diametric acceleration device and is a innovation
20140307. Present here is manipulation which covers its capability of
acceleration as well as elaborated proposal of use as a propulsion device. This
document should be reviewed by a applied physicists and engineers for
interpolation assessment.
Diametric reference
Perspective:
plane of positive reference
negative
reference planar floor s^{2}
This illustration shows a torus form with a gradient reference of ∄
that is above s^{2}. The torus is inter existence existing
above s^{2} which requisites a store of values to reflect values of a
shape, a dimensional, including planar positive and negative references while
exhibiting also gravity of mass at s^{2}. It is a torus ∄ with
reference location of a void at s^{2} concurrently propagating in 0 for a light cone in free space. CG
planar from s^{2} cannot consume a void reference without physical
rendering also propagation at a velocity is an index of temporal :P rather than
an acceleration ∀ as
with ⋛ for example: a parachuted
falls such that acceleration is matched by coefficient drag ⨂ ⋛.
Least distance route factor cannot be rendered with linear ¬
angle a consequent result of h constraint for ∃
to a location ∃ @ s^{2} with ⨂
resulting propagation at velocity for finite value in fx t momenta for which propagation resolves ⋛
where t^{0} ⟹ t^{1}
for location above s^{2}. Plane of positive reference can in
this way exhibit a body shape with store of values for Σ of stored values with include of an
external velocity value; a juxtaposition of distinct voids – dimensions
immiscible an abstract.
A
helium environment would contribute with flux of free space for subatomic
potential funnel of a monopole possibly from a static field Hutchison monopole
ranging viable potential of void vorticies static to disk a length for
reversion RF (Podkletnov).
A
Hutchison effect shows to displace an object in a gravity field for field
aligned orthogonal atoms excited and producing subatomic potential (void
potential) which enables the object to competed for ownership of space eventual
orbit better while producing void potential along existing field alignment. For
this drive to function potential is vortexed to a monopole which is reverted by
a Podkletnov plane at one end resulting in a diametric spatial configuration resembling
a segment of a gravity well.
A Podkletnov
diametric drive resembles spatial distribution of a wave form to facilitate
propulsion ___________ .
Centripetal Propeller  Propulsion  Orbital Propeller
www.shwaycoms.com
Swedish filing reference: Stefan Tubman 7008119278 PRV 16001414
Brief :
This
document is a patent application by and covers a overview of Orbital Propeller which is a overview of a previously unknown and undocumented functional
acceleration manipulation device which is a new concept. After reading this
document you will basically understand mechanism of how to build a functional modeled
propulsion device and have a understanding of functionality. Centripetal
Propeller is entirely an innovation invention. This device is a rational functional aerospace propulsion chassis
concept which introduces a new innovation in methodology unexpressed prior to
this application to the Swedish patent authority body PRV. This innovation is
not a gift or token purchase; nor collaboration from any collective with which
I have collaborated; data was subsequently collected and interpreted. The resulting
device is a electromagnetic acceleration
manipulation device and is a new innovation. I present here manipulation which
covers its capability in manipulation of acceleration as well as elaborated
proposal of use as a propulsion device. This document should be reviewed by a qualified
applied physicist and engineer for interpolation assessment.
Acceleration shield
In
the photo picture of mono model above you will find that this idea is to
build a acceleration propulsion gyro inducer like the one in the picture. This
should be perhaps 2 meters in diameter weighing 40 Kilos The result is an acceleration
device with a rotation disk weighted at outer edge and having a magnetic
positive property for repelling..
1kg N (+) N (+)
Propulsion
disk:
A dual direction Magnetic
disjunction drive is stressed by placing a great force repelling magnetic field
below and above covering a quarter hemisphere of the device deflecting it apart
in that hemisphere to facilitate acceleration by momentum transition to the
vehicle in orientation.
Orbital operating disk logic reference frame:
ATB Alice 270° 0° 180° 90°
d c b a
In this figure above we see an illustration overview
of rotation of the device where we can note rotation from a..b at the left of
the device and rotation from c..d on the right side of the rotation for a
coupled spoke respective fulcrum in it's middle. It takes the same time for arc
rotation rpm consuming an equal degree of rotation for both the left and right
side components of the device irrespective of deflection.
Alice ATB
In this figure above we see a cross section illustration
of rotation from a side view of the device ( a and c ) where we can compare the
solid line (c) illustration as start rotating through to the dashed line as with
a..b on the left side and c..d on the right side. We can make note that at a
deflected angle of 45 degrees the distance travelled by the left side is less
that the distance travelled had it been at a straight line undeflected as with
the right side (ATB). The centripital force produced by the device on the left
side of the device is less than the right because the radius distance of the
weight ( one kilo ) on the left side is reduced.
We can see in this illustration of a two meter drive
above that upon deflection the radius for calculating centripetal acceleration
having rotated from a..b (Alice) becomes a radius of 70cm versus 100cm using a
two meter drive template.
Should one then have a two meter drive with radius of
one meter where the angular to linear velocity formula is : v = r × ω
results in a linear
velocity of 7.3304m/s for 70cm deflected at 100 rpm. This is a difference
from the other side's counterbalance of the same weight at 100cm unhindered
resulting in a velocity of 10.472m/s a difference of 3,1416m/s.[54]
f = mv^{2} / r is the formula for centripetal acceleration and
results in 76.7639488 centripetal
force for the 70cm (Alice) side counterbalanced by 109.66278399 of centripetal force (ATB) side spinning at 100rpm.
This is a propulsive difference resulting 32.8988
of thrust produced by the device's component of two counter balanced spokes.[55] spanning two meters having a radius of one meter and
a one kilo weight at the end of each spoke
Recursive argument:
Reference Symbol 
Symbol Lock 
Meaning Definition 
Example 
· 
and 
and 
x · y 
⋀ 
caret / circumflex 
and 
x ⋀ y 
∨ 
reversed caret 
or 
x ∨ y 
+ 
plus 
or 
x + y 
@ 
ampersand 
and 
x @ y 
 
vertical line 
or 
x  y 
x' 
single quote 
not  negation 
x' 
x 
bar 
not – negation 
x 
¬ 
not 
not  negation 
¬ x 
! 
exclamation mark 
not – negation 
! x 
⨂ 
circled plus / oplus 
exclusive or  xor 
x ⨂ y 
∿ 
tilde 
negation / approximation 
~ x 
⟹ 
implies 


⟺ 
equivalent 
if and only if 

∀ 
for all 


∃ 
there exists 


∄ 
there does not exists 


Δ 
delta 


▽ 
divergence 


∴ 
therefore 


∵ 
because / since 


∠ 
vector 


:P 
temporal 



Pascal C+ 

^{2 }Rymd Forum Institutet för rymdfysik – Anders Eriksson, Lars Eliasson  2011 published articles IRF www.rymdforum.nu ^{}
^{3 }July / August 2010  Issue 92  Infinite energy  Frank Znidarsic  F. 2005. A Reconciliation of Quantum Physics and Special Relativity, General Journal of Physics, December. ^{}
[4] http://www.philosophyprofessor.com/philosophies/platostheoryofforms.php
[5] Einstein, A., Lorentz, H. A., Minkowski, H., & Weyl, H. (1952).
The Principle of Relativity: a collection of original memoirs on the special
and general theory of relativity.
[6] Giovanni Modanese  Large “Dipolar” Vacuum Fluctuations in Quantum
Gravity  California Institute for Physics and Astrophysics
[7] Stefan Tubman – Rydbergs
Johanneberg Göteborg Sweden 2004 Helmz reversions
[8] Michio, Kaku (1994). Hyperspace: A Scientific Odyssey Through Parallel Universes, Time Warps, and the Tenth Dimension.
[9] Hermann Minkowski  Minkowski space – contrasting spatial geometry 
Raum und ziet 1909 Liepzig.
[10] Leonard Susskind, Phys. Rev. Lett. 71, 2368 (1993). String theory
and the principle of black hole complementarity
[11] Michio Kaku; (1995). Beyond Einstein: Superstrings and the Quest for
the Final Theory. Oxford: Oxford University
[12] Einstein, A., Lorentz, H. A., Minkowski, H., & Weyl, H. (1952). The Principle of Relativity: a collection of original memoirs on the special and general theory of relativity. ^{}
[13] Michio, Kaku (1994). Hyperspace: A Scientific Odyssey Through Parallel Universes, Time Warps, and the Tenth Dimension. ^{}
[14]Lene Hau Vestergaard  Department of Physics, and Division of Engineering and Applied Sciences, Harvard University, Cambridge, Massachusetts 02138, USA ^{}
[15]Hawking, Stephen W. (1992). Stephen Hawking's A brief history of time: a reader's companion. ^{}
[16] Steven Dinowitz Physical Essays  Field Distortion Theory – 1996.
[17] Hideo Hayasaka and Sakae Takeuchi  Anomalous weight reduction on a gyroscopes right rotations around the vertical axis on the earth  Department of radiation engineering, Tohoku University, Sendai 980, Japan August 1989.
[18] Michio Kaku; (2008). Physics of the Impossible: A Scientific
Exploration Into the World of Phasers, Force Fields, Teleportation, and Time
Travel  SCI FI SCIENCE presents
[19] Weak gravitation shielding properties of composite bulk superconductor below 70 K under e.m. field. Research by – Yevgeny Eugene Podkletnov  Moscow Chemical Scientific Research Centre  113452 Moscow – Russia  1997
[20] Lene Hau Vestergaard  Department of Physics, and Division of Engineering and Applied Sciences, Harvard University, Cambridge, Massachusetts 02138, USA
[21] The Power of Three  The triquetra as shown on the Book of Shadows – Warner Brothers Television Network 1998 2006.
[22] Skrillex  Twipz, Skrocle  Sonny John Moore  Try It Out  Recess  Alvin Risk. March 7, 2014  Apps Alien Ride
[23] Einstein, A., Lorentz, H. A., Minkowski, H., & Weyl, H. (1952).
The Principle of Relativity: a collection of original memoirs on the special
and general theory of relativity. Courier Dover Publications. p. 111. ISBN
0486600815
[24] Carlsberg Foundation’s Research Award from the Royal Danish Academy of Sciences and Letters  October 6, 2011.
[25] Einstein, A., Lorentz, H. A., Minkowski, H., & Weyl, H. (1952). The Principle of Relativity: a collection of original memoirs on the special and general theory of relativity. Courier Dover Publications. p. 111. ISBN 0486600815.
[26] P.A.M. Dirac, The Principles of Quantum Mechanics, Clarendon Press,
Oxford, 1930
[27] Frank Znidarsic  Reconciliation of quantum physics and special relativity.
[28] Hermann Minkowski  Minkowski space – contrasting Eclidean spatial
geometry  Raum und ziet 1909 Liepzig.
[29] Weak gravitation shielding properties of composite bulk superconductor below 70 K under e.m. field. Research by – Yevgeny Eugene Podkletnov  Moscow Chemical Scientific Research Centre  113452 Moscow – Russia  1997
[30] Hawking, Stephen W. (1992). Stephen Hawking's A brief history of time: a reader's companion.
[31]Lene Vestergaard
Hau  Department of Physics, and Division of Engineering and Applied Sciences,
Harvard University, Cambridge, Massachusetts 02138, USA
[32] Anders Eriksson  Swedish Institute of Space Physics, Box 537, SE 
751 21 Uppsala, Sweden
[33] Contribution rendering of tangent lines Stephen P. Covert, Ph.D. Pine View School for the Gifted, Sarasota USA
[34] Google Wikipedia 2014.  http://mathworld.wolfram.com/
[35] Murata Renhō  Hsieh Lienfang – Ramen 
Nicole Dorapon  Tokyo Japan  2012..2014 ad – 4712 bz Anders Helmz Lexande
Göteborg.
[36] Antonio Paris  http://aerialphenomenon.org/ Professor of Astronomy, Planetary Scientist, and Author
[37] Ashby, Neil (2003). “Relativity in the Global Positioning System.” Living Reviews in Relativity. http://relativity.livingreviews.org/Articles/lrr20031/download/lrr20031Color.pdf.
[38] Toothman, Jessika (2012). “How Do Humans Age in Space?” HowStuffWorks. Retrieved 20120424  BPPP
[39] Calder, Nigel (2006). Magic Universe: A Grand Tour of Modern Science. Oxford University Press.
[40] Miller, Arthur I. (1981). “Albert Einstein’s Special Theory of Relativity: Emergence (1905) and Early Interpretation (1905–1911).” SOURCE?
[41] Wheeler, J.; and Taylor, E. (1992). Spacetime Physics. 2nd ed. New York: W. H. Freeman.
[42] Interstellar Travel Calculator. http://spacetravel.nathangeffen.webfactional.com/spacetravel.php
[43] Newton, Isaac, "Mathematical Principles of Natural Philosophy", 1729 English translation based on 3rd Latin edition (1726)
[44] http://en.wikipedia.org/wiki/Atmosphere_of_the_Moon
[45] Phobos – Mars systemic 323  ad/bc Deimos 535 Romerska imperium  Yokouchi Japan
[46] Attitude  tangency
[47] Ralph Ewig, PhD  VP of Engineering at Aerojet Sacramento, California
Area Aviation & Aerospace 2012
[48] 802.11n is an inadequate title for PAN radio Personal Area Network devices also PNR – Personal Network Radio. EIEE review.
[49] Open AeroSpace ^{}
[50] ShwayComs ^{}
[51] www.wired.com 20140427
[52] Daniel C. Burbank , Anton Shkaplerov, Donald Roy Pettit, André Kuipers  Expedition 31  Soyuz TMA22  ISS 2012
[53] http://en.wikipedia.org/wiki/Ionocraft
[54] http://www.endmemo.com/physics/rpmlinear.php
[55] http://calculator.tutorvista.com/physics/533/centripetalforcecalculator.html