Large-scale Quantum Processor, Programmable, Solid State

Large-scale Quantum Processor, Programmable, Solid State.  
Flexibility to implement a variety of algorithms without modifying hardware enabled the classical computer to tackle any task from the simplest to the most complex. 
Taking this flexibility to quantum computing is a crucial next step to quantum computing’s ‘big advance.’

To date, a programmable quantum processor has not been fully realized in solid-state, ambient condition (room temperature) conditions.

Researchers in Hefei, China, have shown re-programmable quantum computing under these conditions.  Their programmable quantum processor is capable of two-qubit operations and is reconfigurable with fifteen parameters – illustrating solid-state spin-based quantum architecture at room temperature. 

Reference is found at npj…

Original work, in PDF, found at npj [PDF]…


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