WHAT PARTS ARE THERE IN A PHOTON-DSP MACHINE?

The Lanthanides in the taggants zone are carefully
selected to yield the widest possible peaks profile
with fluorescent photons returning in a wide range
within the 200nm to 1500nm portion of the
electromagnetic spectrum.
The top of the tube contains three specialized sensors
that register counts of photons in three ranges of
wavelengths. The counts registered on these sensors go
to a transducer F where they are turned into digital
signals in the frequency domain.
These digital signals then go to an Optical Digital
Signal Analyzer, which organizes them into an array in
the frequency domain that comprises frequency displayed
on the x axis and intensity (number of “counts”, or
scintillations)on the y axis.

The fluorescent photons go from the seal on the document or item, up the collection tube, to the sensors, and on to the transducer, the optical digital spectrum analyzer, and finally to the computer that KNOWS what THAT document or item is SUPPOSED to look like.

THAT item was test in the lab. The results are on a RISC type ASIC chip in the computer. The file number calls up the contents of that file. It matches (95% good) or it fails to match.