Gilbert damping, the energy loss governing magnetism, is no longer simply a fixed value but varies in space or as a tensor ...

Addressing persistent limitations in preparing high-purity quantum states, this work delivers the first comprehensive theory ...

Measurement records reveal entanglement in quantum systems—this study determines the minimum entanglement needed for quantum ...

Researchers control the motion of a 1-milligram rotor using continuous quantum measurement, taming a macroscopic free mass.

New research connects the lattice assumption to rounding techniques like LWR, demonstrating how deterministic information ...

Balancing momentum jumps with negative quantum effects offers an exact emergence of classicality, unlike previous ...

The OmniQ platform verifies 59 quantum papers, assisting AI scientists with computational quantum research at Nanyang ...

Gurvir Singh and colleagues demonstrate that bound entanglement aids channel mapping for quantum process tomography.

UCSB joins a $27.9M NSF institute focused on rebuilding Quantum Junctions—critical components in superconducting qubits.

Doherty now applies that expertise as Chief Technology Officer at Quantum Brilliance while simultaneously serving within the ...

Researchers observe a quantum supersolid—a state of matter combining liquid flow and crystal structure—at 21°C.

New research reveals Fermi arcs in PtBi₂ exhibit superconductivity while the bulk remains normal, suggesting a phonon-driven ...