posted on Jan, 18 2014 @ 10:57 PM
I am by no means a licensed professional in this EA*RTH field of study OP, but do find the concept interesting so here is some input from 1...
Radial mounted diamonds of different shape -size -clarity -convex or concave.
Each has a center point where a laser(s) comes in contact with. The radial design is so that the mount can spin (from lasers hitting sides of
reflective mounts) which will allow different frequencies to be emitted per mounted diamond.
So if 10 diamonds of different characteristic design where mounted you can change patterning in frequency by contacting laser to all 10 diamonds or
stagger diamonds 13579 pattern out of 10. Spinning the radial mount left to right, @ different speeds perhaps making code...
The output of the laser beam after entering the backside of diamonds mounted on first radial mount or RM1 would come out of front of diamonds in
contact with and taper down into further placed radial mounted diamonds RM2 then RM3 down scaled from taper until entering final exit point of RM3 and
hitting last diamond group that may at end of taper be in line, so beam passes thru 1 or more inline diamonds after taper point as it then exits
Lasers needed to cause radial mounts to spin at different paces all left all right or mixed left and right @ different speeds making various signals
outputs or frequencies.
Lasers also needed to enter conical material/crystal top point then amplified to exit conical material/crystal base. Base diameter of cone close to
or equal to diameter of first diamond radial mount. Between each mount is taper point mechanism where laser is aimed after RM to match center of
diamond Radial Mount in front of it, after last radial mount taper point concentrates laser beam into vortex to enter inline diamonds before exit of
Not sure how this all can work but different laser energy input along with radial speeds may allow for various frequencies and signals.
Good luck OP