An error rate of just Θ(n⁻²) previously left open questions regarding quantum optimisation’s limits over ellipsoids. Now, a ...

The anyon-Hubbard model defies expectations by forming particle pairs even without traditional attraction or repulsion. For ...

The NCSC urges firms to prepare for post-quantum cryptography (PQC) migration, outlining key target dates for UK ...

Exail supports European missions advancing Space Quantum Communication, presenting at ICSO 2026 to showcase photonics for ...

A new semiconductor device achieves 90% photon interference visibility, boosting potential for quantum communication.

Spectral functions, essential for understanding how electrons behave within materials, are now accurately calculated across ...

SAIC expands its zero trust and post quantum security capabilities with the acquisition of Information Security Corporation, ...

QNu Labs’ partnership with BISAG-N and IIT Gandhinagar achieves India’s first 5.56km free-space Quantum Key Distribution (QKD ...

Reconstructing fluid behaviour from limited sensor readings is now possible without step-by-step calculations prone to error.

QuantumCT, UConn, and Yale launch the Phase 3 Sensing RFP process at a convening on October 16th in New Haven.

Lanczos coefficients are now demonstrably linear at k=1/2 for all n, yet remain asymptotically linear with consistent slope ...

Composing two distinct coin operations within a single step now demonstrably generates Parrondo’s paradox where simply ...