shor-algorithm

Quantum computing examples with QISKit.

Quantum circuit simulator in Swift

Shor's Algorithm to Break RSA Experiment

Provider-neutral educational lab for Shor's algorithm, RSA quantum risk and post-quantum cryptography.

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.

Demonstration of the use of Quantum Computing to leverage Shor's Algorithm for cracking RSA encryption

Quantum Algorithms and Quantum Error Correction codes.

Full implementation of Shor factoring algorithm with Qiskit. Author: Benjamin Assel

Shor's quantum order-finding arithmetic kernel utilizing continued fractions expansion and convergent analysis for RSA integer factorization.

Shor's quantum order-finding arithmetic kernel utilizing continued fractions expansion and convergent analysis for RSA integer factorization.

Interactive Showcases of Quantum Tic-Tac-Toe Game and Shor's Algorithm for Integer Factorization, covering various Quantum Computing concepts like Quantum Gates, Superposition & Entanglement, Measurement & Collapse, or Quantum Fourier Transform & Phase Estimation, etc.

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

IBM Qiskit Global Summer School (20 July 2020 to 31 July 2020)

This project is an exploration into quantum mechanics and quantum cryptography. Understanding the principles and applicaitons of quantum technologies before exploring quantum algorithms for cryptography and their impact on this field. The project includes both explanations and code for learning about the field.

Shor algorithm implemented by PyQpanda - example: shor-21💿

Эксперименты с алгоритмом Шора

Demonstrating Shor's and Grover's algorithms against classical cryptographic primitives.

A brute-force classical implementation of Shor's Algorithm in Kotlin

A course that includes topics such as an introduction to quantum computing and its applications (e.g., quantum teleportation), quantum entanglement and superposition (shown on Bernstein-Vazirani and Simon's algorithms), Grover's algorithm, the quantum Fourier transform and practical examples of its use (quantum phase estimation, Shor's algorithm).