Jul 12, 2018 · Here we discuss a family of classical mechanical models that have the informational and energetic realism of reversible lattice dynamics.

Aug 22, 2018 · Since all physical systems have finite energy, they all have a finite rate of distinct state change. But in continuous classical mechanics, each ...

A family of classical mechanical models that have the informational and energetic realism of reversible lattice dynamics, while retaining the continuity and ...

Jul 12, 2018 · Here we discuss a family of classical mechanical models that have the informational and energetic realism of reversible lattice dynamics, while ...

Here we discuss a family of classical mechanical models that have the informational and energetic realism of reversible lattice dynamics, while retaining the ...

Classical Mechanics refers to the foundational branch of physics that deals with the motion of objects based on Newton's laws of motion.

Sep 23, 2011 · Finite physical systems have only a finite amount of distinct state. This finiteness is fundamental in statistical mechanics.

We discuss the descriptions of states of physical systems in classical and quantum mechanics. We show that while it is possible to evolve a termi-.

Since energy and momentum count distinct states, they are defined in finite-state dynamics, and they relate classical mechanics to finite-state evolution.

Example 1: Since classical mechanics predicts a known outcome for any predetermined state, classical mechanics would predict the end result of the universe.