Description

Quoted from his tweets:

The level of what I showed Friday is similar to what I would show at a scientific conference with data from one of my grad students or postdoctoral fellows. It was the atomic positioning of a few million atoms from each of 3 different materials that Jacques Vallee had obtained over the years (with very good chain of custody). Accuracy would be about 1 angstrom Z an 3-5 angstroms XY.

As noted, a couple of the samples were 99.99% silicon. Not impossible to produce, but at the time they were claimed to be found... difficult to make. One of the samples was clearly a layered material of aluminum and zinc.

Light green dots are zinc. Blue spheres are aluminum. I made the aluminum atoms larger to show how they were "infiltrated" into the zinc, but asymmetrically, and at low frequency.

The results are literally hot off the "atomic camera." It takes a lot of filtering, computation, repeats, etc., before it gets published. Don't ask about any distribution specifics, clustering, etc. The only thing I dare say is that someone put zinc on top of aluminum, then aluminum again with this particular cross-section. The green zone between the blue is about 20 nm.

There's the data. Talk about it.