Category: Quantum Technology
EigenOrbit Study Finds No Single Best Quantum Backend
Here’s the thing nobody running a quantum demo wants printed on the slide. There is no best backend. Not IBM’s....
D-Wave Reports Major Performance Gains for Stride Solver
D-Wave Quantum has enhanced the core algorithm of its Stride hybrid solver, reporting improved run times and solution quality across...
Infleqtion Field Tests Optical Atomic Clock With US Navy
Infleqtion successfully field-tested its Tiqker optical atomic clock aboard a U.S. Navy support vessel for over two weeks during the...
IQM Reports Full-Chip Entanglement Across 54 Qubits
Achieving entanglement with a full quantum processor presents a significant challenge. Though entangling two, three, or even a small cluster...
OpenAI’s AI-Generated Proof To Challenge Quantum Advantage
OpenAI has invited external researchers to examine an AI-generated proof that, according to the company, challenges a long-held assumption about...
IBM Connects Two 120-Qubit Chips with 99% Transfer Fidelity
Unlike classical computing, quantum information can’t be copied due to the no-cloning theorem. This makes IBM’s announcement particularly noteworthy: the...
Quantum Art Shows Physics-Led Shortcut for Wave Simulation
Quantum Art has published research detailing a quantum algorithm portfolio test that models how waves travel through space using significantly...
Reading a Qubit Without Killing It, Using Its Own Current
A measurement that tends to destroy the very thing you want to read is the central annoyance in quantum computing....
Google Offers $150,000 for AI to Reduce Quantum Demands
Google Quantum AI has launched a $150,000 competition on Kaggle, where it has invited external teams to use AI to...
Rutgers and IBM Achieve Real-Time Control Across 100 Qubits
Researchers from Rutgers and IBM have demonstrated real-time feedback control over 100 qubits. They achieved this by using repeated measurements...