So this is some form of linear interferometery? Seems very similar to the interpolated resonance experiment you posted yesterday.

I'm trying to find that old data on photon collection outside of fiber - the quantum lattice appears to be predictable at any temperature using any material.

Oh, wait.. the spacial and spectral modes are not predictable. Perhaps phase conjoining would solve that? So, conditioning the photon into pairs makes easier encryption?

It is difficult to get all of the subtleties educated folk display. But do I understand when I'm being spoken down to.

Photon pairing for quantum entanglement requires a number of modalities to be qualified. I'm not sure how to explain phase conjoining - basically, it's when one atom corresponds to the next, which "encourages" a stable pattern of orbits and phase-corrected similar atoms. When I mentioned fabrication regarding encryption on the prior Zatoichi thread there apparently are materials which naturally "encourage" conjoining, thus a COMPUTER. When I state that the "form" of atomic displacement is directly related to the entanglement (such as the resonance inference imaging), it's mostly to show that I won't help you to encrypt. Goatman displays interest in lightspeed, so there is someone who can.

If imagination is too "babblesque" then I'm sorry for that. My education is nil and I don't really read much on quantum whatnot, but I'm always open to what people are sharing. Otherwise, I'll leave this thread to you smart guys and go back to scrubbing the carpet (which a hot & wet Roomba should be doing).

"but I'm always open to what people are sharing."

Right. As long as you agree with it. If you don't, the person who shared is a stupid hick etc. You said so yourself.
#20 | Posted by goatman at 2009-08-29 10:59 PM

Sharing is caring.. but theoretical physics seems to be verboten for the lesser-involved.

You know I'm not that much of a dick, and just as much of a stupid hick as the next guy.

You hurt me, goat. Look, I'm getting some greenery tonight - maybe I'll actually get too stoned to care?