Python classes

Python `abc`

Python <code>abc</code>

Python `dataclass`

Python <code>dataclass</code>

{c}
{tag=Good}

Examples under \a[python/typing_cheat].


Python `typing`

Python <code>typing</code>

https://cstheory.stackexchange.com/questions/2951/quantum-matrix-multiplication


Quantum matrix multiplication

{tag=System of linear equations algorithm}


Quantum algorithm for linear systems of equations

Measurement and circuit based quantum computers

Synonym to <gate-based quantum computer>/<digital quantum computer>?


Circuit-based quantum computer

{wiki=One-way quantum computer}

TODO confirm: apparently in the paradigm you can choose to measure only certain output <qubits>.

This makes things irreversible (TODO what does reversibility mean in this random context?), as opposed to <Circuit-based quantum computer> where you measure all output qubits at once.

TODO what is the advantage?

= One-way quantum computer
{synonym}
{title2}


Measurement-based quantum computer

Analog and digital quantum computers

{c}
{title2=thequantuminsider.com}

https://thequantuminsider.com/

Good publication.


The Quantum Insider

{c}
{tag=Delft University of Technology}


QuTech

Cirq

19-inch rack

Rack unit

{c}

* <torchvision ResNet>
* <MLperf v2.1 ResNet> contains a pre-trained <ResNet> <ONNX> at https://zenodo.org/record/4735647/files/resnet50_v1.onnx for its inference benchmark. We've tested it at: <Run MLperf v2.1 ResNet on Imagenette>.


ResNet implementation

ResNet variant

What it adds on top of <reverse debugging>: not only can you go back in time, but you can do it instantaneously.

Or in other words, you can access variables from any point in execution.

TODO implementation? Apparently <Pernosco> is an attempt at it, though proprietary.


Ciro Santilli @cirosantilli 37