You are viewing a single comment's thread from:RE: Schrödinger, the inventor of the master equation of quantum mechanicsView the full contextView the direct parentpisolutionsmru (58)in #steemstem • 6 years ago (edited)Yes where is the boundary between them and what defines that boundary?
What is important is to evaluate the magnitude of a typical action (the physics action) and compares it to the Planck constant. If the latter is negligible, a classical description would work.
Thanks for the answer :) I am going to look more deeply on the Planck constant and understand the consequences.
Apart from being the smallest quantity/measurement and using it in equations during college, I know nothing about it :)
it is used a lot in the equations behind many applications used in real life (I mean, beyond textbooks). But no one tells it ;)
I will read on this and get back to you in case of further questions :)