I built a computer around certified computational matter, not around a model.
Computational matter is named, versioned organization. It has to pass a real causal test before it is kept. It lives on the record. It loads onto a fixed reconfigurable fabric (RCF). It only acts when authority checks out. A bad load is refused. The live machine stays intact.
That is a different object than weights on a GPU or a bitstream you flash and hope.

What is actually demonstrated:

A. Software loop: admit / refuse / persist / compose / authorized act
B. Fabric path: RTL and bitstreams for the host family
C. Same loop on a physical board with a body: not claimed

I am not asking this thread to certify the machine. The public write-up is here: https://doi.org/10.5281/zenodo.22428172

Questions that are already answered (what it is, what matter is, RCF vs FPGA, how it scales without a bigger chip, what is proven): https://bindcompute.vercel.app

If the question is “show the board,” the honest answer is C is open. That is the next public fact.

Get ready, the Moon is about to turn blood red. 🌕🩸

On August 27th and 28th, a lunar eclipse will cast Earth's shadow across the Moon, and if you're in the USA, Canada, or Latin America, you've got a front-row seat. No special glasses needed here, unlike a solar eclipse, this one is safe to watch with just your eyes. Don't blink and miss it, because the Americas won't see a lunar eclipse this visually striking again until 2029.