Researchers perform the first experimental demonstration showing a significant improvement to the lifetime of information in a quantum system, using error correction
Read article: Real-time error correction extends the lifetime of quantum information
Errors can be reduced by increasing number of qubits
Read article: Breakthrough in quantum error correction could lead to large-scale quantum computers
Philip Ball finds out how quantum computers could transform how we make and create music
Read article: Can we use quantum computers to make music?
Latest results show that classical computers retain an edge when simulating quantum chemistry problems – at least for now
Read article: Quantum processors still struggle to simulate complex molecules
Scientists and engineers with different skills, knowledge and experience are pooling their resources to tackle the challenge of scaling up quantum computers to deliver a computational advantage
Read article: Collaboration provides catalyst for quantum acceleration
String theory and quantum gravity could be put to the test by quantum processor
Read article: Quantum teleportation opens a ‘wormhole in space–time’
Advances in calibration routines and device fabrication lead to high-fidelity operations
Read article: Six-qubit silicon quantum processor sets a record
First demonstrations of ytterbium atoms in a quantum processor could lead to a new platform for quantum computation
Read article: New neutral-atom qubit offers advantages for quantum computing
Jenni Strabley is the senior director of offering management at Quantinuum
Read article: Ask me anything: Jenni Strabley – ‘The quantum sphere is currently moving like a bullet train, and every day it seems like there is something new’
Vice-president of IBM Quantum Jay Gambetta talks to Philip Ball about the company’s advances over the last 20 years, and its recently announced roadmap to “quantum advantage”
Read article: Turning a quantum advantage: IBM’s Jay Gambetta on seamlessly integrating quantum and classical computing
