Canberra-based Quantum Brilliance has won the Manufacturing Innovation category at the InnovationAus 2022 Awards for Excellence for its work to make quantum computing an accessible, everyday technology.
Usually, a defect in a diamond is a bad thing… But for engineers, miniscule blips in a diamond’s otherwise stiff crystal structure are paving the way for ultrasensitive quantum sensors that push the limits of today’s technologies.
Element Six selected to join the UKRI’s Prosperity Partnership initiative Element Six and University of Warwick will join forces to shape the technology of the
Element Six selected to join the UKRI’s Prosperity Partnership initiative Element Six and University of Warwick will join forces to shape the technology of the
Researchers Study Quantum Computing Without the Waveguide: Diamonds and Brillouin Lasers A sound boost to extreme laser performance Points to note… + Macquarie University’s Rich
Difficulty in maintaining the quantum state of subatomic particles is a major challenge in developing quantum computers. Princeton researchers have managed to maintain quantum data through use of diamonds infused with two carbon atoms per every silicon atom. These ‘flawed’ diamonds ‘could serve as quantum repeaters for networks based on qubits’ just as current networking systems have repeaters to keep signals strong between sender and receiver.
