Defending Quantum Computing’s Challenges
Defending Quantum Computing’s Challenges. Perhaps because Jim Clarke, Director of Quantum Hardware for Intel, reads The Qubit Report, he knows that there are “big” challenges
March 26, 2019
Defending Quantum Computing’s Challenges. Perhaps because Jim Clarke, Director of Quantum Hardware for Intel, reads The Qubit Report, he knows that there are “big” challenges
60 Carbon Atoms Contain an Entire Quantum Computer; or so might one think, if fully understanding and controlling the buckminsterfullerene were to come to fruition.
Australian Mining Firm Jumps at Quantum Computing Materials. Australian mining firm, Archer Exploration, aims to develop corporate intellectual property based-on ambient temperature quantum information processing devices.
Supply of Exotic Parts Stymies Quantum Computer Development. Quantum computers are being crafted to use exotic science to answer questions here-to-fore unimaginable to solve. Shortages in
Silicon Photonic Chips: Solving Two Challenges for Quantum Computing. Silicon computer chips are the foundation for nearly all computing devices today. From your desktop, to
With improvements in both superconducting and semiconductor quantum chips, simulating a 50-qubit system using classical computers takes in the region of 16 petabytes of RAM. Chinese researchers have managed to simulate a 64-qubit system with greatly reduced hardware requirements. With such a reduction, realization of other quantum feats stands to be simulated while the world waits…because quantum is coming.
It is no secret Intel is all-in for producing quantum computers. They have the infrastructure to mass produce computer chips. Now, if they could get a quantum chip to fit into this production line what else could there be?
Quantum Silicon Chips are Like Pregu. It’s in There…But Is It? In December, 2017, Australian researchers claimed to have made major advances in microprocessor architecture.
