Quantum computing examples with QISKit.

Quantum circuit simulator in Swift

Python (.py) and Jupyter notebook (.ipynb) implementations of Grover's Algorithm aka Quantum Search Algorithm for n qubits and m targets.

Quantum computing "Hello World", using a letter search with Grover's algorithm and Qiskit.

🚀 To step up in Quantum Computing, Here is a toolkit implementing fundamental quantum algorithms using IBM's Qiskit framework. Features practical implementations of quantum superposition, text encoding, sorting, and Grover's search algorithm

Quantum Algorithms and Quantum Error Correction codes.

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

Master quantum computing from zero to quantum machine learning. 20 interactive Jupyter notebooks, 10 real-world projects, curated resources & research papers. Qiskit, Cirq, PennyLane.

code and documentation for Grover Fixed Point Search circuit for Quadratic Binary Optimization Problems

A quantum search that can search for a value or element in an unsorted set in O(√N) as opposed to classical search algorithms that at worse will find an element in O(N) time.

Grover's search algorithm written in C++

Advanced Quantum Computing Application with multiple algorithms using Qiskit

Quantum Computing Algorithms Implemented on IBM's 5-Qubit IBMqx4 Hardware. QASM Coding Architecture Built on Python.

QRLIT: Quantum Reinforcement Learning for Database Index Tuning

A hands-on workshop repository featuring Qiskit-based quantum computing exercises tailored for the LHCb physics community. Includes beginner-friendly notebooks on Qiskit fundamentals, Deutsch-Jozsa, QML, QAOA for Max-Cut, and Grover’s algorithm, with step-by-step explanations and simulations. Ideal for physicists exploring quantum algorithms.

Implementing the Grover and Deutsch_Jozsa quantum search algorithms, best in world!

Capstone monorepo: hybrid classical–quantum algorithms for autonomous driving and traffic perception. Grover-based decision making (CARLA), QFlow quantum traffic density estimation (Grover + QPE), and a Nuxt 4 control dashboard.

Quantum computing Cellular Automaton by Blueqat