WA-Quantum GmbH's Quantum Chips

Tbg wrote,

"Geoffkait, isn't a lot like a cereal manufacturer when asked how much cereal should be put into the bowl, telling you fill it to the top?"

I see what you mean, but I suspect that it's just a question of coverage, i.e., how can you use the large capacitor chip diameter 1 inch on the top of a (physically) small capacitor since most of the chip will be just hanging off in empty space? And the small capacitor chip is only, what, 1/8 inch diameter? So, a small capacitor chip on a large cap is probably not beneficial due to the coverage issue. But for physically small caps the small cap is OK. How many synthetic atoms can you squeeze into a 1/8 inch Diameter dot? Answer at 11.

Geoffkait, what is a synthetic atom and where does the 11 come from?

A synthetic atom, aka "artificial atom," is a nanotechnology invention that is produced in the laboratory. The so-called Artifical Atom is comprised of a number of (negatively charged) electrons and a positively charged hole in the center rather than a real nucleus. (Hence the term, artificial atom.) Artificial Atoms fluoresce when stimulated by external means such as laser light or electrical current. You know, along the same lines as the Intelligent Chip.

News to me I better play back the news at 11 one more time. What channel was that?

Who would have thought ten or fifteen years ago quantum mechanics would be able to improve sound? - it just doesn't make sense if you were brought up to believe quantum mechanics is strictly the domain of the very small, you know things like electrons and photons? Quarks are for dorks. But we are finding out is that quantum mechanics also applies to the Macro World since we can create Artificial atoms and Artifical matter and change the physical properties of matter and objects quantum mechanically. There are NO boundaries between classical physics and quantum mechanics. Run, Forrest, run!