George Pennington and colleagues at IBM prepared 100-site ground states of the spin-1/2 bond-alternating Heisenberg chain ...

CISA & partners released guidance urging organizations to assess vendor readiness for post-quantum cryptography.

This research demonstrates how Wilson fermions enable quantum simulations of (2+1)D quantum electrodynamics, paving the way ...

New research demonstrates Hybrid Quantum Processors can sidestep complex error correction for simulating fermions, bosons, ...

This research presents a new framework that bounds quantum entanglement using only spectral properties of a state.

New research demonstrates Quantum Error Mitigation can simulate complex, general non-Hermitian dynamics—potentially without ...

The article details Braket jobs costs, revealing a 1,000-shot job on the most expensive machine costs about $80.

This research demonstrates magnon-atom entanglement oscillates predictably with mirror distance, introducing a magnon into a ...

Penn State physicist Yinming Shao details unconventional control of quasiparticles in van der Waals materials, presenting ...

Quantum Motion has achieved a 10,000-times reduction in qubit sensor footprint by demonstrating an IC-native superinductor ...

This research from QuTech details how Dynamic Chip Assignment improves entanglement distribution in quantum repeaters using ...

Measurement-based decoupling boosts qubit fidelity on IBM’s Eagle processor, preserving performance on large-scale quantum ...