Magnetic model simulated in 3D by D-Wave quantum processor
Transverse field Ising model run on superconducting qubits
Read article: Magnetic model simulated in 3D by D-Wave quantum processor
Read article: Magnetic model simulated in 3D by D-Wave quantum processor
Quantum computing in the cloud
Commercially available quantum computing services offer qubits on tap to anyone, not just specialist research teams
Read article: Quantum computing in the cloud
Quantum computing with 1000 quibits
So what would you do with a 1000-qubit quantum computer?
Read article: Quantum computing with 1000 quibits
UK public has little understanding of quantum technologies, says survey
Curiosity piqued as interviewees are told more about potential benefits of new devices
Read article: UK public has little understanding of quantum technologies, says survey
Landauer principle passes quantum muster
Physicists measure energy needed to erase information stored in a single ion
Read article: Landauer principle passes quantum muster
Quantum computing could revolutionize nuclear and particle physics
Richard Feynman’s early work on quantum computing is celebrated
Read article: Quantum computing could revolutionize nuclear and particle physics
Quantum battery could get a boost from entanglement
Latest design proposal uses today’s solid-state technology
Read article: Quantum battery could get a boost from entanglement
Google aims for quantum supremacy
As the tech giant reveals a 72-qubit quantum processor, researchers are creating the first quantum computer games
Read article: Google aims for quantum supremacy
Silicon qubits show promise for quantum computers
Two new breakthroughs could help in the development of large-scale spin-based processors in the future
Read article: Silicon qubits show promise for quantum computers
Cloud quantum computing calculates nuclear binding energy
Quantum simulations done remotely on systems at Rigetti and IBM
Read article: Cloud quantum computing calculates nuclear binding energy
