Igniton (eNPQ Quasi-Particle) Technology
From Swiss-based laboratories in the 1990s to modern, energy-efficient systems in Colorado
Igniton (eNPQ quasi-particle) technology was originally developed in the 1990s. In 1995, the lab was established in Switzerland, with much of the hardware to verify and measure the eNPQ quasi-particle — named “ignitons” — rented from CERN. The current operation is in Colorado.
The component stages of Igniton characterization system are from the Swiss laboratories, used until 2023 when the necessary data on the nature of the quasi-particles and their industrial application had been collected. The current equipment was then designed, constructed, and established in Colorado.
Current igniton concentration and stabilization equipment
Hot plasma was replaced by cold plasma — enabling far more energy-efficient and compact designs
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High-vacuum cold plasma with coherent photonic stream complex
using Si-wafers with quantum well nano-layers
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Direct igniton deposition equipment
focusing on protons’ gray peripheral region
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Computer control unit
and vacuum plasma chambers
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Direct igniton deposition
into protons in the molecule mix
Pure Science. Zero Compromise.
Igniton technology represents a three-decade evolution from large-scale hot plasma systems in Switzerland to compact, cold-plasma industrial solutions in Colorado.
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