Igniton Equipment
Igniton (eNPQ quasi-particle) technology was originally developed in the 1990’s, and in 1995 the lab was established at CERN facility (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 the eNQP (Ignitons) characterization system are from the Swiss laboratories, that were used until four years ago, when the necessary data on the nature of the quasi-particles and their industrial application had been collected, and the current equipment was designed, constructed and established in Colorado.
Technology
Current Igniton™ Equipment
High vacuum cold plasma with coherent photonic stream complex (using Si-wafers with quantum well nano-layers).
Computer Control Unit and Vacuum Plasma Chambers.
Direct igniton deposition focusing on the proton’s peripheral gray region.
Laser and plasma vacuum chamber.
Technology
Original Igniton Systems (Switzerland).
Electronic Control and Counting Systems — Data I/O systems, cascade particle counters, signal amplification systems, radio frequency generator drivers, network control.
Control Room — Measurement Monitoring Set.
Light-matter interaction — Laser sample disintegration. The sample is disintegrated with laser power. The particle packets (including eNQP) are isolated and conveyed into the circuit.
Splitter — Separation system between transport particles and eNQP. Pre-acceleration stage.
Mixer — eNQP acceleration stage.
