The third law (T3) is universal, but there are local exceptions. If Entropy was as all-powerful as the thermodynamics law makes it seem, then you would not be here to ask rhetorical questions. In reality though, there is an important exception to the general rule. Physicists call that natural hack "negentropy". But I call it "Enformy" : the power to create novel forms within a stable system ; asymmetrical forces are non-linear, indeterminate, & ever-changing.This raises the suspicion that equilibrium actually violates the laws of physics. Which means either one of two things: either a). Equilibrium can never be reached or b). The state of equilibrium is inherently unstable and thus produces inequality so that energy can persist. — Benj96
Newton’s third law of thermodynamics states that every action has an equal and opposite reaction. If true equilibrium is reached then “push” and “shove” (the equals and opposites) are equally matched and therefore nothing actually happens. They cancel out. Perfect equilibrium is static and unchanging.
However energy is the ability to do work and if each side is of equal potency no change can occur and work cannot be done. But energy (ability to do work) cannot be created or destroyed (first law) therefore energy has to “always” be able to exert itself/ do work.
This raises the suspicion that I, Benj96, don't understand physics at all. — Benj96
Get involved in philosophical discussions about knowledge, truth, language, consciousness, science, politics, religion, logic and mathematics, art, history, and lots more. No ads, no clutter, and very little agreement — just fascinating conversations.