Two superconducting qubits, a metre of cable apart, have been driven into an entangled state not in spite of their environment, but by it
Read article: Noise that entangles may accelerate the dawn of quantum technologies
Classical computation is more accurate that quantum annealer for some Ising spin glasses
Read article: No quantum advantage (yet) in the world of tensor networks
New classical simulation technique makes it practical to benchmark large-scale logical magic-state preparation protocols under realistic noise conditions
Read article: Shortcut for simulating logical magic states could accelerate the design of fault-tolerant quantum computers
Yonatan Cohen of Quantum Machines is our podcast guest
Read article: Building bridges between quantum and classical computing
Discovery could help in the development of on-chip quantum information technologies that can be scaled down to the nanoscale
Read article: New class of magnons live a hundred times longer
Two recent papers suggest that quantum computers may crack modern cryptography sooner than expected
Read article: New findings shorten the road to cryptographically relevant quantum computers
Counterintuitive quantum property turns out to be the hidden backbone of fault-tolerant quantum computers
Read article: The weirdness of quantum contextuality is not a bug – it’s a feature
New work could help optimize quantum memories and information processing
Read article: Extracting entropy information from quantum dots
Technique boosts prospects for building quantum computers with more than 100,000 qubits
Read article: Single metasurface could generate record numbers of trapped neutral atoms
Mechanism could pave the way for more robust quantum computation, but questions remain over scalability
Read article: Read-out of Majorana qubits reveals their hidden nature
