Quantum Computing Report

Skip to main content

News | Curated by QCR

IBM Unveils 520-Qubit Nighthawk r3 Processor, 1,040-Qubit Linked Roadmap, and Managed Hybrid Workflows at QDC 2026

NewsNovember 12, 2026

IBM Unveils 520-Qubit Nighthawk r3 Processor, 1,040-Qubit Linked Roadmap, and Managed Hybrid Workflows at QDC 2026

1 / 8

IBM Unveils 520-Qubit Nighthawk r3 Processor, 1,040-Qubit Linked Roadmap, and Managed Hybrid Workflows at QDC 2026

NewsNovember 12, 2026

IBM Unveils 520-Qubit Nighthawk r3 Processor, 1,040-Qubit Linked Roadmap, and Managed Hybrid Workflows at QDC 2026

Q-CTRL Deploys Fire Opal Dynamics Simulator on IBM Quantum Functions, Achieving 12× Speedup on Nighthawk

NewsNovember 12, 2026

Q-CTRL Deploys Fire Opal Dynamics Simulator on IBM Quantum Functions, Achieving 12× Speedup on Nighthawk

Q-CTRL Expands Fire Opal Suite with Constrained Optimization, Estimator Twirling, and Monte Carlo Solver

NewsNovember 12, 2026

Q-CTRL Expands Fire Opal Suite with Constrained Optimization, Estimator Twirling, and Monte Carlo Solver

Q-CTRL Demonstrates Push-Button Cold-Start Calibration on QuantWare Superconducting QPUs

NewsNovember 12, 2026

Q-CTRL Demonstrates Push-Button Cold-Start Calibration on QuantWare Superconducting QPUs

Q-CTRL Achieves RTCA DO-160 Airworthiness Qualification for Ironstone Opal Quantum Navigation

NewsNovember 12, 2026

Q-CTRL Achieves RTCA DO-160 Airworthiness Qualification for Ironstone Opal Quantum Navigation

Anyon Technologies and Q-CTRL Partner on Self-Calibrating Hybrid Quantum Supercomputers

NewsNovember 12, 2026

Anyon Technologies and Q-CTRL Partner on Self-Calibrating Hybrid Quantum Supercomputers

IBM, Mitsubishi Chemical, and Keio Train Generative Quantum Eigensolvers on 70-Qubit Hardware

NewsNovember 12, 2026

IBM, Mitsubishi Chemical, and Keio Train Generative Quantum Eigensolvers on 70-Qubit Hardware

Patero and Horizen Labs Partner on Enterprise Post-Quantum Migration and Network Protection

NewsNovember 12, 2026

Patero and Horizen Labs Partner on Enterprise Post-Quantum Migration and Network Protection

Don't Gamble. Know.

Quantum Computing is in a Similar State of Maturity to Classical Computers in the 1950’s

NewsMay 10, 2016

Quantum Computing is in a Similar State of Maturity to Classical Computers in the 1950’s

1 / 10

Quantum Computing is in a Similar State of Maturity to Classical Computers in the 1950’s

NewsMay 10, 2016

Quantum Computing is in a Similar State of Maturity to Classical Computers in the 1950’s

Quantum Computing is Complementary to Classical Computing; It will Never Replace It

NewsMay 4, 2016

Quantum Computing is Complementary to Classical Computing; It will Never Replace It

Quantum Computers May Not be Fully Deterministic, but that is OK

NewsMay 2, 2016

Quantum Computers May Not be Fully Deterministic, but that is OK

Decoherence is the Enemy of Quantum Computing

NewsApril 27, 2016

Decoherence is the Enemy of Quantum Computing

Multiple Technical Approaches Being Developed

NewsApril 18, 2016

Multiple Technical Approaches Being Developed

Leveraging the Quantum Mechanical Principles of Superposition and Entanglement

NewsApril 12, 2016

Leveraging the Quantum Mechanical Principles of Superposition and Entanglement

Some Important Problems Can Never Be Solved using Classical Computing

NewsApril 11, 2016

Some Important Problems Can Never Be Solved using Classical Computing

Big Data Needs Big Brains

NewsApril 4, 2016

Big Data Needs Big Brains

Moore's Law is Running Out of Gas

NewsApril 3, 2016

Moore's Law is Running Out of Gas

Test of USydney article with HTML.

Test of USydney article with HTML.

You have reached the end