It makes sense to call the Theory of relativity and the Theory of quantum mechanics Mathematical Metaphysics? Literally these theories are beyond Physics.
I guess in the same way 1+1=2 is "beyond" math. - you know ... if your definition of "beyond" is "one of the foundational pillars of". Which is kind of the opposite of what the rest of us mean by "beyond".
Except that relativity and QM are intended to be descriptions of the natural, physical world. i.e. within physics.
We realized that. Because everyone knows that "Theory of relativity and the Theory of quantum mechanics" actually means "maths" and that "Physics" really means "sensory experience". Please Register or Log in to view the hidden image! What sort of drugs are you on?
No, but I've read many of your posts. I imagine the detachment from reality/ rationality is somewhat similar to drugs.
I generally don't argue with square-minded people like you. You are reported for maintaining hate and discord. Please Register or Log in to view the hidden image!
Yesterday I saw a video (in Spanish) on YouTube about how Mathematics is the language of Science. I really liked the video. So I came to the conclusion that Mathematics applied to the world of the smallest (Quantum Mechanics) and the world of the fastest (Relativity) is metaphysical. But not in the philosophical sense of this word.
"metaphysics refers to the studies of what cannot be reached through objective studies of material reality." "Examples of metaphysical concepts are: Being, Existence, Purpose, Universals..." Do you think that SR and QM cannot be studied objectively?
Of course, but with mathematical models. We cannot travel at the speed of light, nor we can see particles directly.
We certainly have relativistic velocities and masses within our realm of direct measurement. Got a phone with GPS? It relies on relativity. Yes we can. Strontium atom visible to the naked eye: https://www.nationalgeographic.com/...tom-photograph-long-exposure-competition-spd/ Molecule undergoing a chemical reaction: https://phys.org/news/2013-05-first-ever-high-resolution-images-molecule-reforms.html