|Image by Marvin Hayes|
Digital compression codecs such as those used on CDs and DVDs haven’t worked too well due to the digitalization which “clips” ranges; even “lossless” formats aren’t working well and when they do, they’re slow and their storage requirements are massive. But these efforts do have that possibility just around the corner; perhaps as the next medium of choice; though there is some concern about losing data. Multi-chromatic DVDs do show some promising behaviors but still, continuous analog medium is the easiest to manipulate at this time.
There is a certain, “choppiness” to the digital mediums at higher speeds, even with massive built in buffers. A simpler format, using a more complicated method of assembly, seems to be the answer and could be available by the coming spring.
We should receive a completed model of the new enhancement chips any day now. We are now connected to the University’s super computer. We can use it now in the non-peak hours for our more simple processing tasks.
Quantum Pixel theory gives the best realizations and eventually will also supply us with the ability to see through things; able to view heartbeats of people in an audience near the recorder; and so much more. Ear Vu related M2-brane theory projections will disorientate the scientific community as it did us, at first.
Application of these theories have now allowed us to use any analog recording to study in detail exactly what was going on in the audio range of the mics that were recording. For instance, the technicians in a sound studio cannot be seen as they are in a sound proofed room; but a recent breakthrough by Michaelson has shown us shadows of images believed to be those very same technicians! We are still unsure how we are seeing what could not have been recorded.
Perhaps something to do with heat, sound and light waves all being so similar but of varying degrees of the same scale. Although these are rather intense variations in scope, computers can fairly easily bring these numbers down into manageable form through a type of dimensional fractal replacement theory that we are currently working on. The significance of this is Nobel Prize level. There is simply no telling how much these discoveries will advance technology in general.
“Awesome,” I said aloud. He’s certainly not much of one for letting us in on these things. But a Nobel would be nice. I thought about that for a moment, then realized that it was actually all pretty obvious. I just hadn’t considered it. I scanned the lab through the glass wall, almost hoping no one would show up yet. This was getting interesting. I flipped forward much more earnestly. I had to smile when I read the opening of the next section, as I remembered well, that day.
Later today, Part 6