Authentication Machine

Zirconia nanoparticles are one possible substrate to hold Lanthanide +3 ions. Oxide of Silicon, and oxide of Titanium are good.

Another way would be to embed the Lanthanide ion particles on a fullerine matte made of graphene hexagons.

Either way is fine as long as strong fluorescent photons can emerge and be detected by the sensors at the top of the collector tube.

The graphene or nanoparticle substrate must be enclosed in a glass material shaped to enhance the outward moving secondary photons whose frequencies will be determined by the Lyman, Balmer, and Paschen series of energy emission levels, all of which are expressed in Planck based units.

The sensors send their scintillation counts to the transducer that converts the raw intensity levels into a digital signal that can be arrayed by the Optical Digital Spectrum Analyzer as a peaks profile.

This profile of peaks, or spikes, or intense light, can be edited into snippetts. The snippetts can be here or there, or there, or there. They can be wide of narrow. There can be many of them, or just a few. So one single peaks profile can be edited into billions of variations.

We tried some of the possible variations and recorded the results and stored the digital records of the results in number files in our authentication computer. Each bank bill or ID card has its own number. That file number can be called up inside the computer and compared to the real time data coming in via the sensors, transducer, etc. We know what the item or document seal is supposed to look like. And we know what the incoming data does look like, and we can use a program to compare this with that. If the match is 95% good then the item is rated “authentic”.

No worried for you. If our machine says the bill you brought to us is authentic you get the 30 grams worth of Gold, or credit for its value at the London Gold fix for that day.

You may try to make a fake bill with tungsten or lead in it, but your cost of even attempting to do that would be astronomical, and your profit would be tiny and your chance of fooling the machine would be very very close to nil.

Nobody has ever fooled our machine. Too many variables. Too hard to get the Lyman, Balmer, Paschen energy levels right. Too hard guess the number and placement of the snippetts. You say you have a quantum computer — sure OK — still too hard.

US 10,176,661 B2 was invented in 2014, filed in 2016, published by USPTO in 2018 (Pub No. US 2018/0018845 A1) and granted in 2019.

It will expire on 18 July 2036 (20 years after the filing date).

If you buy it from me before it expires you will make up to $20 Billion on it, plus first to market, plus moat, plus follow on patents, plus trade secrets.

If it expires with no buyer then I lose, you lose, China wins. They will produce the 25 products that can be made from Photon-DSP and sell them worldwide.

robert.gary@gmail.com

Robert Fenton Gary, BA, MBA, JD

My bio is on the web, my patent is at patents.google.com and on my bookshelf at Amazon.com