Information, Entropy Decrease and Simulations of Astrophysical Evolutions

Abstract

Entropy is a great development in science. We proposed that entropy decrease due to internal interactions in the isolated system is possible. We define the entangled scale, which mainly involves the number n and entangled degree. Since coherence, entanglement and correlation are all internal interactions in information systems, we discuss quantitatively entropy decrease along coherence, and entropy increase only for incoherence. From beginning quantum heat engine, we must systematically study quantum thermodynamics. Based on some astrophysical simulation models, they shown that the universe evolves from disorder to structures, which correspond to entropy decrease. This is consistence with theoretical result. The simulation must be an isolated system only using internal gravitational interactions.

Thermodynamic Basis of Coevolution and Self-optimization, and Ecosystem

“…This is consistence with theoretical result. The simulation must be an isolated system only using internal gravitational interactions [23].…”