Latest quantum computing, quantum tech, and quantum industry news.
This article provides a breakthrough in quantum information theory by proposing a mechanism to build virtually perfect quantum Low-Density Parity-Check codes inside any spatial dimension.
Read More Local quantum Low-Density Parity-Check Code in Any Dimension
Kunlun Processor Shows High-Efficiency Error Correction in Quantum Computing
Read More Kunlun Processor shows Efficient Quantum Error Correction
FTCircuitBench is fault-tolerant quantum computing by simplifying evaluation of quantum algorithms, noise resilience, and hardware performance.
Read More FTCircuitBench Improves Fault-Tolerant Quantum Computing
Learn how hybrid quantum error correction with QLDPC codes reduces computational, unlocking efficient and fault-tolerant quantum computing.
Read More Quantum Protocol Gets Scalability with Hybrid QLDPC Codes
IonQ’s latest innovation leverages the efficiency of Bivariate-Bicycle (BB) codes to push modular quantum computing closer to fault-tolerance.
Read More Bivariate-Bicycle Codes boosted by IonQ Sparse Cyclic Layout
The IBM Quantum Loon marks a shift from error mitigation to real fault-tolerant quantum computing, succeeding the Heron CPU.
Read More IBM Quantum Loon, Next-Gen Processor to Replace Heron CPU
Learn how IBM’s Relay-BP quantum error correction decoder improves quantum data fidelity & paves the way for more powerful quantum systems.
Read More Relay-BP: IBM Introduces Quantum Error Correction Decoder
Adaptive syndrome extraction in QEC marks a leap in minimizing quantum noise, paving the way for more fault-tolerant quantum computing.
Read More QEC Top Adaptive Syndrome Extraction reduces Quantum Noise