Scientists Observe ‘String Breaking’ in Two-Dimensional Quantum Simulator

Insider Brief An international team of researchers used QuEra’s neutral-atom quantum simulator to observe string breaking in two spatial dimensions, demonstrating real-time gauge-theory dynamics that challenge classical computational limits. The experiment mimicked the strong nuclear force by stretching and breaking synthetic flux tubes between programmable atoms in a kagome lattice, Read more…

Qblox Opens North American Headquarters in Boston

Insider Brief Qblox has officially opened its North America headquarters in Downtown Boston, marking a significant milestone in its global expansion and commitment to advancing quantum computing innovation. The Boston hub will serve as a center for deploying scalable, high-fidelity quantum control stacks, with a focus on enabling real-world quantum Read more…

Xanadu Demonstrates Scalable Building Block for Photonic Quantum Computers

Insider Brief Xanadu has demonstrated the on-chip generation of GKP states — error-resistant photonic qubits — marking a milestone toward scalable, fault-tolerant quantum computing. The experiment used silicon nitride waveguides, custom detectors with over 99% efficiency, and loss-optimized packaging to produce and verify complex quantum states suited for room-temperature operation. Read more…

Oxford Instruments Announces Winner of the 2025 Nicholas Kurti Science Prize

Insider Brief Oxford Instruments awarded Dr Jere Mäkinen the 2025 Nicholas Kurti Science Prize for groundbreaking research on topological superfluids and quantum vortices at ultra-low temperatures. Mäkinen’s work includes discoveries of half-quantum vortices, defect formation dynamics, and energy dissipation mechanisms in helium-3 condensates, contributing to the understanding of high-temperature superconductivity. Read more…