Moreover, within the atomic nucleus, the transformation between protons and neutrons

Moreover, within the atomic nucleus, the transformation between protons and neutrons allows the electrical charge to be distributed and shared among all nucleons.

Each element, or more precisely each isotope, possesses a distinct ensemble pattern characterized by specific scalar frequencies, amplitudes, and other Fourier expansion components. This unique pattern can be artificially replicated and emitted using scalar EM transmitters, tailored to transmit the requisite scalar EM (electrogravitational) pattern for nucleons, which are in a constant state of transformation between protons and neutrons via virtual charge currents.

Reversing this charge by inverting the scalar EM pattern and charging a mass with this inverted charge results in the observed mass becoming progressively lighter and its inertia decreasing. To an external observer, this process culminates in the mass appearing to possess negative mass and inertia, causing it to accelerate away from Earth, effectively "falling" upwards.