grover-search

CHAOS Quantum Simulator: Breakthrough 20-qubit simulation with only 24MB memory. GPU-accelerated Shor's algorithm, Grover's search, QFT implementation. 1000x more efficient than traditional simulators.

Implementing strategy for quantum computer to play Nim game against human/classical computer.

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

A hands-on tutorial repository demonstrating quantum algorithms like Quantum Teleportation and Grover's Search using Qiskit, targeted at technical learners new to quantum programming.

Fibonacci-anyon TQC. Lean 4 proofs, SHA-520 cryptanalysis.

A repository containing my experiments related to coding quantum computers and quantum algorithms.

Reference implementation of Dürr–Høyer quantum minimum finding and computed arithmetic oracles vs. QROM lookup tables in Qiskit, featuring FTQC Clifford+T resource scaling.

A research-grade virtual quantum computing simulator integrated with deep learning. Features true quantum superposition, entanglement, and measurement-based neural architectures for language models.

Grover‑inspired top‑k selection for RAG, with Streamlit UI and evaluation scripts on SQuAD 1.1.

Quantum Mac Lab: interactive quantum computing simulator for Apple Silicon and Intel Macs with sci-fi UI, Bell/GHZ/Grover/QFT demos, and state-vector capacity estimates.

Something to play with

This repository is a centralized and continuously growing archive of Q# programs built with the Microsoft Quantum Development Kit. It is designed to collect, organize, and showcase a wide variety of quantum computing examples - from simple gate operations and random number generators to advanced algorithms, simulations, and experimental prototypes.

This repository contains an implementation of Grover's search algorithm based on Qiskit, which I presented as a tutor at PolyhaQ (Iran's first quantum hackathon).