to describe expansion of the universe
"One of the interesting aspects of this research is its use of thermodynamics and solid-state physics concepts such as stress and strain to describe the anisotropic expansion of the universe. "We show that the Grüneisen parameter is naturally embodied in the energy–momentum stress tensor in Einstein's famous field equations, opening up a novel way to investigate anisotropic effects associated with the expansion of the universe. These don't rule out the possibility of a Big Rip," Souza said."
"The Big Rip hypothesis, first put forward in 2003 in an article published in Physical Review Letters, posits that if the quantity of dark energy is sufficient to accelerate the expansion of the universe beyond a critical velocity, this could tear the "fabric" of space-time and rip apart the universe."
Isaiah 34:4
All the stars of heaven will be dissolved. The skies will be rolled up like a scroll, and all their stars will fall like withered leaves from the vine, like foliage from the fig tree.
Revelation 6:14
The sky receded like a scroll being rolled up, and every mountain and island was moved from its place.
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