Research using Cirq!

A dynamically executed quantum-classical hybrid runtime.

An experimental python library to compile and analyze the cost of any desired composite simulation in real or imaginary time, and with or without local interactions. It also contains methods to self optimize simulation parameters for optimal performance.

🔮️🖥️⚡️📖️ The official documentation source repository for Project Quantum Overdrive, a quantum computing idea pool project.

Fixed linear ramp schedules in QAOA constitute a universal set parameters, i.e., a set of γ and β parameters that rapidly approximate the optimal solution, x∗, independently of the COP selected, and that the success probability of finding it, probability(x∗), increases with the number of QAOA layers p.

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.

The long-term goal we are striving for is to create an optical quantum computer. This task consists of three sub-stages: encoding information in light quanta (photons), causing interactions between photons and reading the encoded information. We want to deal with the first stage using ML-enhanced phase-only transformations.