infamousplatypus / 2q1p Goto Github PK

I would like to have some validated quantum simulator have the same errors, connections and gatesets as this computer thus giving us truth state to test against.
Qiskit is preferred but not required.

The current resistance of the NOP is over 5x the value of what goes through the vertical polarizer. This is saying it is darker than something that should be about half as dark. I need to redo the test.
Part of #3

I have some hand drawing that show the plans for the various gates, they are very messy and need cleaned up at least.
Getting into some CAD software and having proper graphics would probably be wise.

I have some hand drawings but they are difficult to read and some operations are not up to date with current plans.
It would be good to create them so this is reproducable.

I question some results, specifically the no operation result and the mirror result. They do not line up with where it it should.

I would like a time curve of how long it takes to reset a photo resistor from various brightness to off and vice-versa. Just a few points so that it's easier to tell when the computer settles and get an estimate of how long computation takes.

We are hoping to publish a paper on this. When thats done we will add links to where the preprint, then final paper are as well as how to cite.

I'm not sure this is actually faster. I didn't realize that it takes so much time for a photo resistor to update. It probably is faster than cloud based QC at least, but not "near instant" as I believe I mentioned.

This gateset is made of smaller parts than qasm allows. A simulation software that starts with the physical parts and builds up would allow for virtual tinkering and the possibility of virtually designing new gates to lower noise.
It needs each part with associated errors and have a structure for holding the two qubits.

Will need to swap to do rotations. Silvered mirrors will not work.
Think about it this way, a photon going through two half silvered mirrors will not create an Identity gate, it may or may not. Thus this definition will not work.

I expect my mirror result to be far closer to NOP then it is, I need to check that, It may be entirely a NOP issue, but it may also be this.
It is not as bad as the NOP issue.
Part of #3

Depends on having a single photon source.