Ann: On-chip electronic transport in qubit components achieved, page-46

FHC, yes our Room Temp advantage is one massive one, second, Mo is very keen to get this into a consumer device and they have rapidly started the commercial chip design process in parallel with continued workflow in lab. I sometimes wonder how they manage to keep the end goal and precision engineering and repeated testing/tweaking all going.





Taking a closer look, on the left we seem to have 5 qubits packaged into chip on right. Passing current through chip can instantiate each qubit's spin state simultaneously, which would be their start values. These won't be 0s and 1s like classical bits. They can hold any value from 0 to 1. From 0 to 0.001....to 0.09999999 to 1. We can see potentially how much power to hold info this is. The number of decimal places would depend on how refined the qubit state measurements can get. Now imagine being able to get these qubit values to interact through some logic and have their new values measured.
0 all the way to 1 has one major mathematical use - probability math.

I'm talking a bit of theory here. None of this has been mentioned by AXE specifically, just me speculating based on above pics.