Insider Brief: PRESS RELEASE–Archer Materials Limited, a semiconductor company focused on quantum technology, has made recent strides in the...
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Quantum development company Archer Materials has announced improvements in how the company detects single electron spins in a quantum computing device. Quantum computers store and retrieve information at the sub atomic level, utilising different spin states of an atom’s orbiting electrons. The Archer quantum team, led by Dr Simon Ruffell and Dr Byron Villis, has… The post Archer Materials improves quantum detection methods appeared first on Australian Manufacturing Forum.
Insider Brief: PRESS RELEASE–Archer Materials Limited, a semiconductor company focused on quantum technology, has made recent strides in the...
Quantum development company Archer Materials has manufactured two proof-of-concept electrical devices which have improved the readout of data of its...
A photonic quantum computing company wants to light the way – figuratively and literally – to an era when as many users as possible can rely on...
Insider Brief PRESS RELEASE — D-Wave Quantum Inc., a leader in quantum computing systems, software, and services and the world’s first commercial...
Insider Brief As quantum computing advances, its implications for cybersecurity become increasingly pressing. Pierluigi Paganini, a cybersecurity...
Electrons travel at a speed of 7.92 million kilometers per hour (about 1% of the speed of light) which allows them to circle the earth in just 18...
Insider Brief PRESS RELEASE — IonQ and Classiq, leaders in the quantum computing industry, today announced that winners of this year’s annual UK...
A topological superconductor carries quantum information and robustly processes data using a delocalized state of an electron or hole. A...
Insider Brief Christian Tutschku, a leading expert in quantum technologies with extensive experience in both academic research and industry...
NIST has issued new quantum-resistant cryptography standards, alerting cybersecurity teams to prepare for quantum threats. Quantum computing is...