Trimagniscope

My flight is delayed, so here's a little background on the Trimagniscope. The idea for the T-scope was a consequence of a two-year investigation, on my part, into certain aspects of neutrino physics. A neutrino beam that passed through a solid object undergoes certain interactions in the close vicinity of atomic nuclei, which produces measurable changes in the transmitted output. By progressively scanning an object with a trio of synchronized, intersecting beams, I devised a method of extracting enough information to generate a 3-D color hologram, visually indistinguishable from the original solid. Moreover, since the beams scanned right through, it was almost as easy to conjure up views of the inside as of the out. These capabilities, combined with that of high-power magnification that was also inherent in the method, yielded possibilities not even remotely approached by anything else on the market. From quantitative cell metabolism and bionics, through neurosurgery, metallurgy, crystallography, and molecular electronics, to engineering inspection and quality control, the applications should be endless.

I just got a call, that we're being transferred to another airline, so I have to run to another gate, more on this topic later.