@informaq.bsky.socialDOE-funded researchers at Northeastern University develop qLDPC codes designed for modular quantum architectures, using hierarchical correction combining fast local operations with slower global error correction to improve stability and scalability.
@markeatherly.bsky.socialRecovery Algorithm for Correlated Errors in Permutation-Invariant Quantum Codes
Quantum Error Recovery (QER) uses knowledge of the error channel acting on a quantum system to find optimal recovery maps.
@informaq.bsky.socialCWI researcher Jonas Helsen awarded €1.5M ERC Starting Grant to develop methods for analyzing and certifying fault-tolerant quantum computers, addressing critical error challenges.
@informaq.bsky.socialNovel purification schemes for photonic graph states improve fidelity from ~0.86 to ~0.988 using only linear optics and photon detectors—enabling scalable photonic quantum computing with quantum emitters.
@informaq.bsky.socialProvides complete characterization of optimal fusion strategies for single-qubit stabilizer codes. Proves perfect strategies are generic for random graph codes, advancing efficient quantum error correction in photonic systems.