Ultraviolet Light
Electro-detonation light flash morphology observations indicate that when certain specific catalysts are used, a significant proportion of electromagnetic emissions are outside of the visible light spectrum, in the ultraviolet range.
Physics
Observations are consistent with electron transitions to de-excited states. These transistions are expected to be accompanied by photon emissions outside of the visible range, in the ultraviolet and extreme ultraviolet ranges.
S. Brink 9th May 2016
Experiments
Method: Fuel mixes were detonated using electical discharge.
Observations: Certain combinations of electrodes and fuels have been slown to produce light flashes with emissions in the ultraviolet range. Detonations producing ultra violet emissions were also often accompanied by a loud audible sound indicating that significant energy was being produced by these reactions.
Conclusion: Observations may be indicative of higher energy electron transistions to de-excited and/or super-excited states.
S. Brink 9th May 2016
Experiments and photography
by Subtle Atomics.
Catalyst Identification