Quantum computing promises fault tolerance, but only if information is protected against the relentless local errors that plague today’s devices....

A new approach to quantum photonics promises to make complex optical chips faster to design and more reliable to fabricate....

A new study hints at a practical route to building hybrid quantum networks that connect different kinds of single-photon emitters—specifically,...

Crystal symmetry may determine whether hydrogen inside vanadium behaves like a classical particle or a quantum wave, according to a...

Solid-state carbon quantum dots (CQDs) are moving toward mainstream use in electroluminescent light-emitting diodes (LEDs), thanks to their photostability, low...

The U.S. National Science Foundation (NSF) has selected Connecticut as one of twelve regions to receive an NSF Regional Innovation...

Scientists have introduced a polymer-free fabrication method for 2D heterostructures—materials only a few atoms thick—aimed at making quantum and nanoelectronic...

Neutron imaging can reveal how materials are built and how they change, offering exceptional sensitivity to light elements such as...

Physicists at the Institute of Science and Technology Austria (ISTA) have achieved a groundbreaking advancement in quantum computing by demonstrating...

For decades, the peculiar behavior of reverse sprinklers—sprinklers that draw water inward rather than spraying it outward—has puzzled physicists and...