Tag: Quantum Computing

Researchers report a simulated BB84 quantum key distribution pipeline that encrypts images with near-ideal statistical security metrics and perfect decryption ...

A new quantum algorithm estimates similarity using hybrid discrete-continuous encoding and is applied to simulated atomtronics data for potential magnetic ...

A new theoretical model uses coherent states and Schrödinger cat states of driven quantum harmonic oscillators to explain shifted resonance ...

Researchers report a variational quantum circuit framework that generates two control fields for the nonlinear Schrödinger equation, raising terminal fidelity ...

Researchers have introduced two generic hybrid key encapsulation mechanisms that combine standardized classical public-key encryption schemes with post-quantum KEMs, proving ...

A proposed superadiabatic shortcut scheme uses Rydberg superatoms to implement a controlled pi phase gate with high simulated fidelities and ...

A new quantum process tomography method uses repeated eigendecompositions to estimate dense unitary process matrices for systems of up to ...

A quantum circuit modeled on the excitatory-inhibitory balance of real neurons has now been executed on one of IBM's most ...

A new Clifford+T quantum saturating adder achieves constant T-depth and reports average T-count savings of 17.15% over current methods.

A UT Dallas-led NSF-funded project is developing quantum-ready, AI-enabled security tools for next-generation cellular networks.