Technology ❯ Computing ❯ Quantum Computing

Quantum Algorithms

Quantum Echoes Error Correction Quantum Approximate Optimization Algorithm Shor's Algorithm Quantum Echoes Algorithm Google Quantum AI Qubit Operations Qubits Bernstein-Vazirani Algorithm Phasecraft XPRIZE Quantum Applications Multi-target Quantum Compilation Qudit Quantum Computers Quantum Factoring Willow Chip Investment Applications in Medicine Quantum Annealing Supercomputing Workflows Quantum Gates Deutsch-Jozsa Algorithm Application Development Quantum Advantage Fault-Tolerant Quantum Computers Quantum Research IBM Quantum System Two Quantum Supremacy Transportation Scheduling Google Quantum AI Lab Energy Conservation Educational Platforms Niche Applications Superconducting Qubits Gaussian Boson Sampling Machine Learning Novera Quantum System Boolean Satisfiability Nvidia Hybrid Computing Advanced Micro Devices Qubit Fidelity Minimum Dominating Set Quantum Cryptography Quantum Echo Noisy Intermediate Scale Quantum (NISQ) Nuclear Magnetic Resonance Industry Applications Variational Methods Quantum Error Correction D-Wave Systems Qubit Gates

MIT and IBM Launch Computing Research Lab Uniting AI, Algorithms, and Quantum

The move signals a push to pair quantum machines with mainstream AI for real-world use.

IBM Quantum Processor Reproduces Neutron-Scattering Data for Real Magnetic Crystal

Google Reports Verifiable Quantum Advantage as Willow Runs ‘Quantum Echoes’ 13,000x Faster Than Frontier

Google Claims First Verifiable Quantum Advantage With Willow’s ‘Quantum Echoes’

Rigetti Shares Stay Hot as Benchmark Sets $50 Target and AI Trade Drives Volatile Gains

IonQ Pushes Quantum Networking Forward as Deals Pile Up and Valuation Stays Lofty

Quantinuum Raises $600 Million at $10 Billion Valuation as Nvidia Joins Investor Group

Phasecraft Raises $34 Million Series B to Push Practical Quantum Algorithms

IonQ Declares Quantum Supremacy Just Months Away

Rigetti Computing Reaches 99.5% Gate Fidelity on 36-Qubit Modular Quantum System