This package is a flexible python implementation of the Quantum Approximate Optimization Algorithm /Quantum Alternating Operator ansatz (QAOA) aimed at researchers to readily test the performance of a new ansatz, a new classical optimizers, etc.
QNim game is quantum version of classical Nim game. In QNim game, human/classical computer will play against quantum computer. Developed using pygame in python
Python-based software package for performing Wigner quantum state and process tomography on near-term quantum devices.
Repository for Xanadu Codebook solutions
Python script files I used for the course
Advanced Quantum Machine Learning project comparing Hybrid VQC and Quantum Kernel SVM for binary classification, featuring modular pipeline, PennyLane + PyTorch/Qiskit integration, and automatic artifact logging.
This game implements a simple quantum circuit with qiskit. Upon each move a super position (H Gate) is created and the output is computed based on the probability of the state of the respected players' move. The game logic is then calculated and the app state is updated until an ending is reached.
A simulation of a single qubit and the possible gates that can be applied to insinuate rotation and manipulation. Project meant for educational purposes.
An attempt to combine TensorflowJS with Quantum Computing in Javascript
QuantumLink is a quantum communication protocol ensuring ultra-secure, interception-proof data transmission using QKD and quantum entanglement
A Python-based mini-quantum-lab built with Streamlit for interactive learning. This streamlit-quantum-simulator visualizes quantum states and gates in real time, acting as a quantum-gate-visualizer to help users understand superposition and entanglement easily.
Versionioned JSON Schemas for Quantum Circuits
This repository contains the python scripts used to perform the six measurements in the Mermin-Peres Magic Square on IBM's quantum computers using the qiskit library.
This repository contains the code associated with our paper submitted to Euro-Par 2025
"Employing quantum computing techniques to model the dynamic temperature fluctuations of a black hole caused by Hawking radiation emission, as its mass undergoes variations throughout time."
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