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Researchers Use AlphaZero Algorithm to Learn to Control a Quantum System

Researchers Use AlphaZero Algorithm to Learn to Control a Quantum System

New Method Reduces Error Rates, Increases Efficiency in Quantum Computers

New Method Reduces Error Rates, Increases Efficiency in Quantum Computers

Universal Benchmark for Assessing the Performance of Quantum Devices

Universal Benchmark for Assessing the Performance of Quantum Devices

New MnBi2Te4 Crystal Acts as Antiferromagnet and Topological Insulator

New MnBi2Te4 Crystal Acts as Antiferromagnet and Topological Insulator

New Topological Insulator Could Help Realize Qubit for Quantum Computing

New Topological Insulator Could Help Realize Qubit for Quantum Computing

Strange Quantum Interference Created Between Photons of Different Colors

Strange Quantum Interference Created Between Photons of Different Colors

New Quantum Materials Could Help Quantum Computing Reach Full Potential

New Quantum Materials Could Help Quantum Computing Reach Full Potential

Using Spin Waves to Switch Magnetization for More Energy-Efficient Devices

Using Spin Waves to Switch Magnetization for More Energy-Efficient Devices

Novel Circuit Design Could Lead to Spintronic Devices to Use Less Power

Novel Circuit Design Could Lead to Spintronic Devices to Use Less Power

Pawsey Supercomputing Centre Honoured in the 2019 HPCwire Readers’ and Editors’ Choice Awards

Pawsey Supercomputing Centre Honoured in the 2019 HPCwire Readers’ and Editors’ Choice Awards