A transmitter-receiver concept to transmit entangled photons over optical fiber may enable transmitting both the quantum and conventional internet on the same fiber.

Quantum mechanical exciton resonances of a two-dimensional (2D) quantum material inspire physicists to explore excitons as resonant building blocks for tunable next-gen anatomically...

In this Q&A, Scott Diddams, a professor in the University of Colorado (CU) Boulder’s Department of Electrical, Computer and Energy Engineering, shares his plans for the National...

A $10B IPO for Quantinuum may catalyze growth within the quantum sector, spur more investment, and bring quantum computing into the spotlight.

University of Bath physicists create microstructured hollow-core optical fibers to handle data transfer challenges expected with quantum computing.

Fundamental studies provide new insights into efficiency of single-photon production from quantum defects.

Yes—although topology is commonly perceived as a single particle or “classical” phenomenon, it’s also valid within the quantum realm and may play a big role in quantum computing...

Scientists create a chipscale photonic modulator to control light on a microchip and perform cold-atom interferometry with it.

While a hard demarcation between these two eras was expected by some, it’s trending toward more of an overlap and gradual transition between when one era ends and the other begins...

Scientists sugar-coat terahertz (THz) metasurfaces to hybridize molecules with THz light—and demonstrate a new optical cavity design—to explore the unique properties of strongly...