Physicists in China expand quantum sampling well beyond the realm of classical computers
Read article: Quantum advantage takes a giant leap in optical and superconducting systems
New algorithm predicts how polymer chains fold by minimizing the energy of a quantum system
Read article: Quantum computers untangle knotty polymer problem
The UK's National Quantum Computing Centre aims to create a collaborative working environment for building prototype quantum machines and developing innovative applications
Read article: Building a quantum future
Laura Hiscott speaks to Maria Violaris, an early-career physicist who did summer internships at Innovia Technology and Riverlane
Read article: Summer internships: Maria Violaris – ‘I developed general research skills, which are useful in both industry and academia’
Shielding and design changes needed to prevent hard-to-correct qubit errors
Read article: Cosmic-ray threat to quantum computing greater than previously thought
The system is a key step forward in the race to design larger, more reliable quantum computers
Read article: Highly programmable quantum simulator operates with up to 256 qubits
"Zero mode" feature predicted in a semiconductor-superconductor nanowire comes from an entirely different effect, say researchers
Read article: Majorana modes continue to elude
Quantum computing algorithms can simulate infinitely large quantum systems thanks to mathematical tools known as tensor networks
Read article: Classical approach extends the range of noisy quantum computers
Protocol for performing two-qubit entangling gates trades laser power for speed with little loss of fidelity
Read article: New gate optimization strategy could boost efficiency in trapped-ion quantum computers
Replacing electronic connectors with optical ones provides an energy-efficient way to scale up quantum computers
Read article: Optical links help superconducting quantum computers keep their cool
