A new numerical simulation study maps how channel count, isolation, classical power and detector settings shape noise and secret key...

Researchers in China have built a physics-guided deep learning model that improves groundwater-level prediction in heavily pumped agricultural aquifers by...

New research published in PRX Quantum reveals that quantum mechanics imposes a fundamental trade-off between high power and stable energy...

A new theoretical analysis shows that top-philic new particles, underestimated QCD corrections and multi-Higgs scenarios all fail to reconcile the...

Researchers at Jilin Normal University show that precisely timed microwave irradiation can generate MXene quantum dots on a vanadium carbide...

A first-principles DFT study shows that nitrogen and oxygen co-doping, together with carboxylic acid functionalization, narrows the electronic gap of...

A new open-source tool automates the search for compact, exact algebraic descriptions of cipher S-boxes, sharply reducing the variable counts...

A new one-loop hard-dense-loop calculation reveals that cold quark matter under ultra-strong magnetic fields becomes paramagnetic and develops strongly anisotropic...

Researchers coupled nitrogen-doped lignin-derived carbon quantum dots with BiOCl to create a composite photocatalyst that converts CO2 into carbon monoxide...

Researchers led by Saint Louis University discovered that giant fluctuations in wavefront-shaping enhancement provide a sensitive, low-data probe of hidden...