Researchers have shown that a carefully optimized quantum convolutional neural network can outperform classical models with similar parameter counts when...

A German-Austrian collaboration has demonstrated the first continuously operating optical nuclear clock based on thorium-229, running stably for more than...

Researchers at OIST have for the first time used quantum electron spin to move a levitated centimeter-scale diamond, opening a...

Researchers have released Pysammos, an open-source Python package that transforms particle-scale simulation data from the Discrete Element Method into the...

A new theoretical analysis shows that the lightest of three right-handed neutrinos in the scotogenic model can act as dark...

A new theoretical analysis shows that weak triplet models designed to give neutrinos large magnetic moments without large masses ultimately...

Using engineered phononic crystals and entanglement-based analysis, researchers have experimentally observed critical topology, revealing that topological invariants survive and organize...

A new study finds that the locally deployable Gemma 3 27B model scores highly on a German introductory physics benchmark...

A new perspective in Nuclear Science and Techniques organizes ten frontier questions into a single roadmap connecting fundamental nuclear physics...

A new comment in The European Physical Journal C argues that a claimed bound on the axial torsion coupling rests...