Entropy is the fifth dimension.


PRE
At the giga·parsec scale, the distribution of mass·energy
in the known ( visible ) Universe has ALWAYS been uniform;
in other words, 4·D space·time has always been Euclidean*.
( *: 4·D flat, straight, not warped ).

At this (net net) scale, (spontaneoous) entropy is the fifth dimension.
Over giga·years, as A hRef="http://en.wikipedia.org/wiki/Exergy"eXergy/A is consumed ( i.e. as mass·energy thins ),
space accrues exponentially.

Plot it out, and you get a 5·D hyperbolic structure,
like the nose cone of a jet ( but in 5·D, not 3·D ).

As I said, Gravity is eXergy and “dark energy� is entropy.

In the standard model of cosmology, “dark energy� is modeled as
A hRef="http://en.wikipedia.org/wiki/Cosmological_constant#Positive_cosmological_consta nt"a positive cosmological constant/A,
10^-35 second^-2, or 10^-47 GeV^4, or 10^-29 g/cm^3, or
about 10^-120 in reduced Planck units.

On Apr 1, 12:16*am, JeffRelf.F-M.FM **@. wrote:
At the giga·parsec scale, the distribution of mass·energy in the known ( visible ) Universe has ALWAYS been uniform; in other words, 4·D space·time has always been Euclidean*. ( *: 4·D flat, straight, not warped ).. At this (net net) scale, (spontaneoous) entropy is the fifth dimension. Over giga·years, aseXergyis consumed ( i.e. as mass·energy thins ), space accrues exponentially. Plot it out, and you get a 5·D hyperbolic structure, like the nose cone of a jet ( but in 5·D, not 3·D ). As I said, Gravity is eXergy and “dark energy” is entropy. In the standard model of cosmology, “dark energy” is modeled asa positive cosmological constant, 10^-35 second^-2, or 10^-47 GeV^4, or 10^-29 g/cm^3, or about 10^-120 in reduced Planck units.


Riiiiiiiiight!

Good April Fools Day joke theory, Jeff!

Double-A