[Wendell] Photon memory

Wendell (Sorry if i spelled your name wrong) i remember at one point during the tek you were talking about transmitting information at or near the speed of light. So i figured you might be intrested in this.

Well get this, scientists have manage to "freeze" light inside of a crystal. 

(Artical: http://www.gizmag.com/stopping-light-inside-crystal/28610/)

My thoughts are, how is the light stored? If it is stored in a stream of photons that can be minipulated, like having a know distance (say a couple nanometers or something) then reading the light in that area as on or off, could this be used for a fast way to trasmit data now that we can slow the light down enough to "read" it?

Here is my question, Do you think this could be a type of possible "data" storage?

For anyone else reading this, what are your thoughts?

Photons are too transient in and of themselves. This appears to be some sort of crystal structure that reacts to a burst of photons. I haven't dived into the physics but I gather it is a bit like glow-in-the-dark paint. It glows when first in the darkness, but it doesn't glow forever. IBM was working on some holographic storage. I think, but not sure, that graphene or something may be used with a laser for high-density storage. Entropy catches up with you at small scales -- right now even DRAM densities are such that alpha decay is kind of a serious problem that has to be mitigated even in non-error corrrecting ram to an extent.