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"With confidence in the importance of utilizing the investigative mode of the established sciences in order to inquire into the authenticity and to potentially explain the nature of psychical phenomena."

Psychic Organizations
Manual of Lumokinesis Quantum Psychics Book
Psychical Profiling Reports Telepathy A Quantum Approach Textbook




Photon Attraction via Effective Magnetic Field Generation

Theresa M. Kelly, MsD.


Professor of Scientific Parapsychology, Researcher, Technical Author

Lumokinesis is the psychical influence of the electromagnetic spectrum including visible light and part of the near-infrared range.

Influence includes any form of electromagnetic radiation capable of causing a direct visual sensation directly within wavelengths of 380-950 nanometers whether wavelengths are pure or mixed.

The lumokinetic influence resulting in the generation of a light source, a semi-commonly reported skill of experients of lumokinetic phenomena, is hypothetically possible via the influence of photon propagation via an experient-generated, artificial, effective magnetic field as to attract photons, but there is little known in regards to how this works.

This photon attraction would hypothetically be the result of a uniformly rotating optical lattice (formed by the interference of counter-propagating light waves, whereby creating a spatially periodic polarization pattern with the potential to trap neutral particles).

In this scenario, light would behave as a massive quantum particle in a magnetic field. This would involve the photonic quasiparticles called polaritons, which can be thought of as a combination of a real particle and its surrounding environment, as these polaritons are a superposition of photonic and atomic excitations in the surrounding space.

Such a hypothesis could resolve the paradox of photon attraction via magnetic field-like interaction, as unlike electrons, photons do not have a natural magnetic moment because they have no charge.



(Adapted from the paper "Manual of Lumokinesis: Applications, Experimentation, and Measurement” by Theresa M. Kelly, MsD.)


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