Researchers have combined shallow counterdiabatic quantum circuits with classical memetic tabu search to achieve state-of-the-art scaling for the hard low-autocorrelation...

A new review details how fluorescent carbon quantum dots, engineered from sources as varied as garlic and fruit juice, can...

University at Buffalo physicists have found a mathematical solution showing how a frustrated quantum magnet can transition from ultraslow glassy...

A new quark model analysis calculates the strong decay widths of singly and doubly heavy charm and bottom baryons, finding...

Researchers in India have developed a modified weak measurement and reversal protocol that significantly boosts quantum teleportation fidelity in noisy...

Researchers have developed DDQAOA, a quantum optimization algorithm that automatically grows its own circuit depth and matches deep fixed-depth QAOA...

A new theoretical study predicts that rarefactive dust-acoustic solitary waves with millivolt-scale potentials and bipolar electric fields may propagate through...

A holographic string-theory model of dense quark matter predicts stable compact stars with quark cores reaching masses of up to...

A new simulation study systematically maps how atmospheric visibility, link distance, data rates and adaptive optics determine the secret key...

Muonium, an exotic atom consisting of an antimatter muon bound to an electron, has long fascinated physicists because it offers...