Claims

In classical mechanics, there is no preferred position or velocity in the universe; the laws of physics work the same everywhere and at any velocity, a principle figured out by Galileo and incorporated by Newton.

Different observers moving at different velocities through space will divide spacetime into space and time components differently, and there is no objective universal fact about what is happening simultaneously at distant locations—simultaneity is observer-dependent.

Maxwell's equations describe two fields pervading the universe: an electric field and a magnetic field, which James Clark Maxwell unified after work by Michael Faraday and others.

Quantum mechanics is not a theory but rather a mathematical framework for understanding the workings of the microcosm—the subatomic world of atoms and beyond—equivalent to how classical Newtonian mechanics is a framework for understanding everyday forces, momentum, and energy.

Current fundamental physics theories suggest that quantum entanglement may be the source code or base of reality, with even time and space themselves possibly emerging from quantum entanglement.