Quantum Simulation
3 articles
Oxford's Hybrid Quantum Computer Observes Foundational Effect in New Setting
Physicists at Oxford have developed a novel hybrid quantum computer that successfully simulated the foundational Aharonov-Bohm effect. This achievement demonstrates a powerful new tool for modeling complex quantum interactions beyond classical computing limits.
Oxford Scientists Stop Quantum Particle With a Field It Never Touched
Physicists at Oxford University have demonstrated the Aharonov-Bohm effect by using a magnetic field it never physically entered to stop a quantum particle from tunneling. This breakthrough, achieved with a hybrid quantum computer, showcases the power of quantum simulation for understanding fundamental physics.
Trapped Ions Recreate Particle Creation: Inside Duke's "String Breaking" Simulation
A Duke University-led team has simulated "string breaking," a fundamental process where particles emerge from energy, using a trapped-ion quantum computer. This breakthrough showcases quantum simulation's potential to tackle physics problems beyond the reach of even the most powerful supercomputers.