QPi-Stablecoin is the official repository for the QPi project, which aims to transform Pi Coin into a quantum-secure stablecoin pegged to the value of $314.159.

A Repository for all the resources to learn finance through Python

The pi-quantum-card repository is the official development hub for the Pi Quantum Card (PQC), a revolutionary digital payment and identity solution designed to integrate quantum encryption, biometric security, and augmented reality.

A decentralized, AI-powered, quantum-encrypted, and neuro-interfaced financial technology platform unifying the cosmos of finance through blockchain, artificial intelligence, quantum computing, and neuroscience.

The Decentralized-Quantum-Internet-Core repository serves as the foundational framework for building a next-generation quantum communication network. This project leverages quantum entanglement and quantum key distribution (QKD) to enable ultra-secure, decentralized data transmission.

Portfolio Optimization on a Quantum computer.

The core repository for NeuroNexus, containing the AI-driven, decentralized, and self-aware network architecture.

This repository contain links to notes, lectures and solutions to the the qiskit events from year 2020 to present

Q-Variance Challenge: Can any continuous-time stochastic-volatility model reproduce q-variance?

Forecast currency High Low Open Close data from MT4, final project of Quantum Finance Class

Explore the cutting edge of financial technology with our Quantum Finance Forecast and Trading System. This Git repository houses advanced algorithms and models harnessing quantum computing principles to revolutionize financial forecasting and trading strategies.

Platform to get demo of all quantum algorithms.

This is a quantum finance project containing from data collection, platform introduction and factor digging & strategies sharing

Quantum Finance + Quantitative Finance

Classical vs Quantum comparison using QAOA for asset portfolio optimization | Qiskit | Finance + Quantum Computing

Visualizing stock prices as quantum wave packets. A Python simulator applying Schrödinger's equation to financial markets.

ENCCS is now again joining forces with the Wallenberg Centre of Quantum Technologies (WACQT) and the Nordic/Baltic NordIQuEst project to deliver a three-day autumn school covering the fundamentals of quantum computing.

Dive into innovative algorithms, models, and tools designed to leverage the power of quantum computation for advanced financial analysis and decision-making. Join the future of finance by contributing to and collaborating on this groundbreaking open-source project.

Quantum Portfolio Optimization using QUBO & QAOA — benchmarking classical vs quantum approaches on real hardware.

Code repository for workshop at the Quantum Innovation Summit, Dubai.