The Pioneering Science Behind Pourrioscope
Optical circuit schematics: Pourrioscope shoots a repeating continuous outbound square wave every 1/3 second into mineral targets and the return wave is a combination of targets crystallography, shape and dimensions. Its reach is infinite.
Could this obsercation be the star explosion(kaboom) and resulting bright star anticipated in corobae borealis?
Mapping earth solid core with Pourrioscope
April 8 2024 solar eclipse with Pourrioscope
Microscopic olivine crystals post etching
16 lb pallasite stony Fe-Ni meteorite
Etching meteorite with nitric acid
Mapping the geologic time scale with Pourrioscope II
Set up for mapping
Geologic time scale in superimposed layers of stony Fe meteorites. Etched with acid and mapped by Pourrioscope II. Weight over 16 lbs
Mapping olivine(Mg, Fe)2SiO4 crystal taken from 16 lb stony nickel iron meteorite after etching with ferric chloride. Per the map a-e (a): Pourrioscope II detects the target olive crystal (b): Mg. Magnesium crystal structure (c): Fe. Iron crystal structure (d): 2. Frequency of 2 (e): O. Oxygen crystal structure at a0 count of 4
Testing for nickel in stony iron meteorite with nickel testing solution
Testing for nickel in stony iron meteorite with nickel testing solution
