High Physics primarily refers to Quantum Mechanics and General Relativity.
Special Relativity is undoubtedly important, but can generally be understood outside the context of High Physics.
🔥 if you made a sufficiently-accurate model of the universe, and had sufficiently-targeted functions, and sufficiently-optimized point-calculations, you should be able to see the future using math.⚔️ well, actually, ... you can. but the universe tends to fight back.
my common line is Quantum Computing is Fake. My understanding of the Uncertainty Principle doesn't allow for the type of non-trivial computing that is promised.
Also, it is in-disputed that Quantum Computers today do no non-trivial computing. Some "Quantum Annealers" do non-trivial computing, but there is a meaningful distinction of terms here. ⚙️ In general, if someone says All A are X, and a counterexample is provided of B are A; B is X; therefore not all A are X, one must make sure there is no sleight-of-hand in the definition of B.
Quarks are fake.
It is the rejection of the axiom the atom is made of protons, neutrons, and electrons -- each indivisible.
Maybe they do exist. So what?
So what are High Physics? We provide samples.
Low Physics - the Six Simple Machines.
Medium Physics - electromagnetism.
High Physics - general relativity