FAQs

Radiant Phi devices generate coherent, negatively charged electromagnetic fields modulated with scalar waves. These fields do not impose frequencies on the body, but rather create an environment of cellular resonance, where cells regain their own electrical order and their natural capacity for self-regulation.

Cellular resonance is the principle by which cells respond to a coherent energetic environment, reorganizing their internal electrical charge. This process promotes the body's bioelectrical communication and the restoration of vital balance.

Classical electromagnetism describes waves that propagate linearly and lose coherence with distance. Scalar waves, on the other hand, are characterized by their nonlinear nature and their ability to carry information coherently without energy loss, acting as an ordering field that harmonizes biological structures.

Unlike systems that impose specific frequencies on the body, RadiantPhi works with coherence fields that allow the body to recover its own natural electrical pattern. It is a non-invasive technology, without frequency programming, and focused on biological self-regulation.

RadiantPhi draws on the principles developed by Nikola Tesla, Georges Lakhovsky, Paul Marie Oudin, and Jacques-Arsène d'Arsonval, pioneers of bioelectricity and resonance. It integrates these historical foundations with contemporary research in bioelectric fields, biophotons, and quantum coherence.