https://github.com/himasnhu-at/qm-res

https://github.com/himasnhu-at/qm-res

Last synced: 22 days ago
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• Host: GitHub
• URL: https://github.com/himasnhu-at/qm-res
• Owner: Himasnhu-AT
• Created: 2024-04-30T06:33:50.000Z (8 months ago)
• Default Branch: main
• Last Pushed: 2024-05-03T15:12:31.000Z (8 months ago)
• Last Synced: 2024-10-16T21:51:02.591Z (2 months ago)
• Language: Python
• Size: 16.6 KB
• Stars: 0
• Watchers: 1
• Forks: 0
• Open Issues: 0
• Metadata Files:
  • Readme: readme.md

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README

        
# QM - research

This repository contains all of my study notes / practice/research done on Quantum Computing mainly through the QISKIT library. ( IBM's qm library ). Planning to use Microsoft's Q# too sometime.

> [!IMPORTANT]

>

> > I'm in the middle of uploading all of my codes and materials. Just give this repo a star to stay up-to-date

>

> TODO: Add explanation of code in `python-impl`

>

> This repo by no means is the creation of qiskit or q#. It is to safely keep and track my learning journey in QM. It comes with open LICENSE and can be reused for teaching / ( `community stuff` ) as per LICENSE

## Repo organizations:

- `python-impl`: Contains all of the python implementations. The code is divided into subfolders, and with them, there is a readme file, explaining the code.

- `qasm-impl`: Contains all of the qasm implementation. Same subfolder structure.

- `notes`: This contains approx all of the notes made while learning QM.

- `*`: These will be git submodules containing my research/projects around QM

## my work:

##### research

Right now I'm researching the ability of Quantum Computer to break RSA, SHA-256, and SHA-128 encryption algorithms and possible solutions to this. As of now, I'm able to break RSA algorithms mathematically, though a few code optimizations are ongoing to improve their ability to break the algorithms.

## Qiskit-QM Codes

#### (python) :

- [x] circuit draw: draw basic quantum circuit.

- [x] commutation_relation: generate circuit for communication analysis, and so on...

- [x] ghz state: implementation of ghz state

- [x] init: example use of initialize gate to prepare arbitrary pure states

- [x] load_qasm: load qasm file on the circuit

- [x] qft: implementation of Quantum Fourier Transform

- [x] reppleadd: repple adder based on `Cuccaro et al., quant-ph/0410184`

- [x] st_swap: Example usage of StochasticSwap pass

- [x] teleport: Quantum teleportation example

- [x] qiskit_terra_level_0: Use Qiskit at the introduction level

#### (qasm):

- [x] simple_qasm_code

- [x] entangled_registers.qasm: 8-bit qubit entangling two 4-bit registers

- [x] plaquette_check.qasm: plaquette check

## Contributing:

You are welcome to contribute to my repo. Please make a PR to the `main` branch.

> [!NOTE]

> All the contributions made will be used by my initiatives `SynthAI-Labs` and `OpenEdu` to give these resources to communities for free with the intent of teaching. Proper credit will be given to you along with your GitHub-userId, though your can opt-out of it if you wish too.

## LICENSE

> TBD

SynthAI-Labs OpenSource LICENSE