Scalar Physics

By engineering the Schrödinger equation using scalar physics, particle locations can be precisely determined and manipulated, enabling macroscopic quantum tunneling and teleportation

The orbs are controlled remotely using scalar physics and the Aharonov-Bohm effect, allowing for the manipulation of mass and energy without visible EM radiation.

Solving the Schrödinger equation via scalar physics allows for the manipulation of quantum entanglement and spacetime, effectively making distance irrelevant.

The theory that the magnetic scalar potential (removed from Maxwell's equations by Heaviside) is the key to manipulating spacetime. The Aharonov-Bohm effect proves this potential is physically real. Scalar physics allows creation of stable plasma singularities, vacuum polarization, and the unification of gravity and electromagnetism through Kaluza-Klein type theories.

Using Ferris Williams' 5D scalar physics, it is possible to create non-transverse scalar waves that transfer energy and information without violating causality. This allows for faster-than-light communication and macroscopic teleportation by manipulating the refractive index of spacetime.