Примери за използване на Spatial entropy на Английски и техните преводи на Български
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This duality extends backward in a conservation chain to the dual role of velocity c,which gauges both the“non-local” distributional/metric symmetry and the spatial entropy drive of light.
Because the spatial expansion is driven by the intrinsic motion of light,it is the spatial entropy drive(S), which ultimately funds the historical entropy drive(T).
Conserves/converts the spatial entropy drive of free energy(the intrinsic motion of light), to the metrically equivalent historical entropy drive of bound energy(the intrinsic motion of time);
The non-local symmetric energy state of light is a consequence of light's intrinsic motion,"velocity c",which gauges both the distributional symmetry and the symmetric,"all-way" spatial entropy drive of free energy.
It takes energy to create one-way temporal entropy from“all-way” spatial entropy, because an asymmetric, one-way temporal order must be imposed upon the symmetric, random spatial expansion.
Gravity has a double conservation role because gravity conserves all metric symmetries associated with velocity c, including the symmetric“non-local” spatial distribution of light's energy,and the symmetric(“all-way”) spatial entropy drive of free energy(the intrinsic motion of light).
On the other hand,gravitation's conservation role is simplified because both light's spatial entropy drive and non-local symmetric energy state are consequences of the"intrinsic motion" of light, producing light's a-temporal, a-causal, and"non-local" character.
The surface area of this ball= the pure time dimension or temporal entropy of the Earth's entire“rest mass”,as translated into equivalent spatial entropy terms(g= c), allowing us to quantify time by measuring the surface area of the space it displaces.
Gravity's negative spatial entropy drive is associated with a symmetry debt- light's lost“non-local” metric and distributional symmetry- as reflected by the“location” charge of gravitation(Gm), which in the aggregate records the spacetime position, quantity, and density of immobile matter.
The event horizon of the black hole is the physical demonstration of the gravitational conversion of space and the drive of spatial entropy to time and the drive of historical entropy- complete with the mathematical formalism of the Bekenstein-Hawking Theorem.
Because both the spatial entropy drive and spatially symmetric(“non-local”) energy state of light are gauged by c(both are consequences of light's intrinsic motion),“Noether's Theorem” will automatically require the conservation of light's entropy drive in any transformation in which light's non-local symmetry must be conserved- as in the conversion of free to bound energy, and/or the creation of matter.
These two entropy drives exist simultaneously in matter due to the gravitational conversion of space and the drive of spatial entropy(the intrinsic motion of light) into time and the drive of historical entropy(the intrinsic motion of time).
The full conservation role of gravitation is complex on the one hand, in that(in today's universe) gravitation has two primary conservation roles,one involving light's spatial entropy drive(light's intrinsic motion), and another involving an aspect of light's symmetric energy state(light's“non-locality”).
Light requires one dimension each for its electric and magnetic fields,and a third for its entropy drive(forward motion, spatial expansion).
The tiny size of the(theoretical)black hole at the center of the Earth represents this tangential contact point for the entire mass of our planet, in which spatial and temporal entropy are fully equivalent(g=c).
The“graviton” or field vector of the gravitational charge is a quantum unit of temporal entropy, the“flipped” or transformed entropy drive or intrinsic motion of the photon- implicit spatial time transformed to explicit historical time.
The entropic time charge"picks up" the lost intrinsic motion or spatial entropic drive of light, and conserves it as the intrinsic motion of matter's historic entropy drive, time.
A direct consequence of this is that if the system is closed(no new objects from the environment interact with the elements of the system)the values of spatial temporal components expressed in each cell tend to flare, which represents the entropy.
Gravity pays the entropy-"interest" on matter's symmetry debts by creating matter's time dimension via the annihilation of space,decelerating the spatial expansion of the Universe in consequence.