Historical Lineage

A recovered scientific tradition.

This is not alternative medicine. It is the application of forgotten physics — re-engineered for the rigorous demands of modern research.
I trust that the present brief communication will not be interpreted as an effort on my part to put myself on record as a ‘patent medicine’ man, for a serious worker cannot despise anything more than the misuse and abuse of electricity…”

— Nikola Tesla, 1899

Historical Lineage

Builders of the field

1856 – 1943

Originator

Nikola Tesla

By 1890 his resonant capacitive-inductive circuit was generating pulses above 15 kHz at tens of kilovolts. He demonstrated, repeatedly and publicly, that very high-frequency currents could be passed through the human body without damage.

1868 – 1932
American author

Paul Oudin

Modified d’Arsonval’s apparatus into the ‘Oudin resonator’ — the direct ancestor of every violet-ray and Effluve device built since. Documented analgesic and reparative effects across dozens of clinical contexts.

1856 – 1943

Originator

Nikola Tesla

By 1890 his resonant capacitive-inductive circuit was generating pulses above 15 kHz at tens of kilovolts. He demonstrated, repeatedly and publicly, that very high-frequency currents could be passed through the human body without damage.

Peer-Reviewed Reference

Modern academic acknowledgment

IEEE Transactions on Radiation and Plasma Medical Sciences · 2018

Lessons From Tesla for Plasma Medicine

David B. Graves, University of California, Berkeley

Peer-reviewed IEEE paper arguing that plasma medicine originated with Nikola Tesla in the late 19th century, when he demonstrated that large quantities of high-frequency currents could be passed through the human body without apparent damage. Tesla’s work inspired decades of investigation into the physics and biomedical effects of these currents. The paper concludes that modern plasma medicine has under-emphasised the role of the high-frequency currents themselves, and that the lineage of Tesla, d’Arsonval, Oudin, Eberhart and Monell remains directly relevant to contemporary research.