Why Maxwell's equations fail in Quantum Mechanics?

Answer 1

I can only give you my view and everyone has a different view. Maxwell's equations shows the wave nature of light not the particle nature. A lot of this has to do with energy states of matter and possible changes in their gravity curve of their space time. This level of understanding is the leading edge to understanding the universe.

Now if you want to take a chance on proto-science go to my web site of subspacescience.weebly.com where I show matter and light as an interaction of subspaces. Two subspaces to make a particle of matter and two subspaces to make a ray of light.

Answer 2

Maxwell's equations describe classical electromagnetism and are based on classical physics principles. In quantum mechanics, the behavior of particles and fields is described by different mathematical formalisms, such as wavefunctions and quantum field theory. At the quantum level, phenomena like particle-wave duality and quantization of energy levels emerge, causing the classical description provided by Maxwell's equations to be inadequate.