The demonstration that diamond nitrogen–vacancy centre technology can optically detect voltages with an impressive sensitivity could bring new opportunities for investigating neurobiology.

A research breakthrough involving diamond quantum sensors means very high-definition images of these cardiac electrical circuits can be created, and these could prove instrumental in the advanced analysis of the causes and possible rectification of cardiac arrhythmias.

The Pawsey Supercomputing Research Centre and Quantum Brilliance are testing the first room-temperature quantum computer.

Mohamed Abobeih, postdoc researcher in the Taminiau Lab (Quantum Internet Division) at QuTech, discusses their research on fault-tolerant operation of a logi…

Synthetic diamond’s unique properties can transform thermal management, enabling semiconductor design engineers to overcome reliability and power-density challenges within smaller footprints.

Credit: Jennifer Lauren Lee/NIST This diamond lattice made of carbon atoms (blue) contains a single NV center. The NV…

Distributed system sends flying qubits 60 m along optical fibre

A diamond may be a chunk of coal that did well under pressure but it's a thing of beauty, and one cannot describe its magnificence in words. Despite being a solid form of carbon that has become the star of the gem and jewellery industry, there are various myths that surround it and we thought we'll bust them for all the diamond lovers.

**Please know we can\'t see questions asked on Facebook or YouTube during the live broadcast, but thank you for tuning in!**What do diamonds and quantum physi…

CQC2T SeminarTitle: Imaging ultrathin van der Waals magnets with a quantum diamond microscopeSpeaker: Jean-Philippe Tetienne, University of MelbourneLink to …