Understanding how ions move through solid materials is key to advancing technologies such as batteries, fuel cells and sensors.

From micro-electro-mechanical systems (MEMS) foundries to quantum laboratories, the ability to accurately record resonances ...

Researchers at Delft University of Technology have managed to control the magnetism inside the nucleus of a single atom using radio waves.

Quantum computing hiring is having its breakout year, according to new research from Coresignal, a leading provider of public ...

Magnetic fields influence several biological processes, possibly including humans’ circadian rhythms and how birds perceive magnetic fields. This influence occurs through spin quantum effects due to ...

In a study published in Monthly Notices of the Royal Astronomical Society (MNRAS), scientists from MIT, Harvard, and other institutions describe Lumina, a large-scale, high-resolution simulation that ...

In pharmaceutical research, quantum computers could serve as specialized instruments, tackling complex molecular simulations ...

A recent study published in Physical Review D looks at the physical laws that usually prevent black holes from splitting, and ...

Qoro, E.ON, and the UK National Quantum Computing Centre (NQCC) have successfully developed a proof-of-concept, exploring ...

Rigetti Computing, a pioneer in the quantum computing industry, launched the world’s first dedicated quantum foundry, Fab-1, in 2017, addressing the challenges of relying on shared fabrication tools ...

Sparrow Quantum today announced that its founder and former Chief Quantum Officer, Professor Peter Lodahl, has been appointed ...

What if time is not as set in stone it seems? Imagine that time could move forward or backward due to quantum-level processes rather than in a single direction. According to a recent study published ...