Enhancing Measurement Accuracy of Microscopic Objects
The major goal of quantum metrology has been to create highly entangled states with improved sensitivity per resource than classical approaches.
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The major goal of quantum metrology has been to create highly entangled states with improved sensitivity per resource than classical approaches.
At the Australian National University (ANU), a new study headed by a research group has described an approach to achieve highly precise measurements of microscopic objects with the help of quantum computers.
Random numbers are needed in a variety of endeavours. Traditionally, pseudo-random numbers generated via a mathematical process are used instead, but...
AWS users will now have access to quantum generated random numbers for a variety of use cases.
An ANU-developed random number generator powering research simulations, cryptocurrencies and gaming is set to go global.