A new study proposes using the HL-LHC's 30-picosecond timing detectors as a fourth observable to catch ultra-compressed scotogenic dark matter...

University of Surrey researchers have proposed a conceptual qubit based on superfluid helium-3 that their calculations suggest could suffer error...

Quantum theory has always carried an uncomfortable tension at its core. On the one hand, physics as a discipline rests...

In a development that is sending ripples through the theoretical physics community, a team of researchers from Dibrugarh University and...

A new review explains how perovskite quantum dots degrade in water and surveys the ligand engineering and silica encapsulation strategies...

A major updated review lays out how coupled magnetic, thermal and rotational modeling is finally unifying the bewildering diversity of...

Quantum computers promise to reshape computation, communication, and information science, yet the field remains haunted by a stubborn problem: the...

Quantum computers have long promised to transform science and technology, from accelerating drug discovery to redesigning energy systems and cracking...

Reinforcement learning has powered some of artificial intelligence's most celebrated achievements, from mastering the ancient game of Go to sharpening...

A team of Chinese mathematicians has unveiled a comprehensive framework for a special family of error-correcting codes that could expand...