Errors on Google Quantum AI device drop below threshold needed to “win” the error-correction game
Read article: Quantum processor enters unprecedented territory for error correction
Universal boundary that distinguishes effective approximate error correction codes from ineffective ones turns out to be connected to the fundamental nature of the universe
Read article: Quantum error correction research yields unexpected quantum gravity insights
Superconducting quantum bits release their energy into their environment as photons
Read article: Thermal dissipation decoheres qubits
The 2024 UK Quantum Hackathon set new standards for engagement and collaboration
Read article: Quantum hackathon makes new connections
Combining research excellence with a direct connection to the National Quantum Computing Centre, the Quantum Software Lab is focused on delivering effective solutions to real-world problems
Read article: Software expertise powers up quantum computing
Hopping-based logic achieved at high fidelity
Read article: Spins hop between quantum dots in new quantum processor
A new approach could put Majorana particles on track to become a novel qubit platform, but some scientists doubt the results’ validity
Read article: ‘Poor man’s Majoranas’ offer testbed for studying possible qubits
Last week’s Quantum 2.0 conference laid out possible complementary approaches to the field’s biggest challenge
Read article: How to get the errors out of quantum computing
Stephanie Simmons of Photonic Inc is our podcast guest
Read article: Linking silicon T centres with light offers a route to fault-tolerant quantum computing
Proof-of-concept demonstration yields encoded magic states that are robust against any single-qubit error
Read article: Quantum error correction produces better ‘magic’ states
