Phantom conduction

Phantom conduction is a mode of energy transfer in which physical energy or information is conducted across a quasi-real carrier. In contrast to classical conduction, where energy is transmitted through a material or field (i.e., normal space-time), phantom conduction operates without any measurable or observable medium. The phenomenon is often described as a "alocal" form of energy transfer, involving subspace/zero-point fields dynamics, where energy can be directed to traverse space instantaneously.

The transmission mechanism also involves tachyonic fields, which exist momentarily in quantum vacuum states, facilitating energy transfer over vast distances without the need for a tangible connection. Energy waves can thus propagate through quantum vacuoles - localised distortions in spacetime that momentarily align, creating a pathway for energy transfer that leaves no detectable trace of a traditional carrier.