Tag: fault tolerance

A new Clifford+T quantum saturating adder achieves constant T-depth and reports average T-count savings of 17.15% over current methods.

Physicists have demonstrated the teleportation of surface code logical states with code distances up to 7 on a 125-qubit superconducting ...

A new meta-reinforcement learning framework enables quadruped robots to maintain stable locomotion even when multiple joints lock simultaneously, dramatically outperforming ...

Argonne researchers introduce asynchronous checkpointing and lazy load redistribution that cut failure impact in distributed X-ray tomography workflows by up ...

Researchers have rebuilt the CRUSH distributed storage algorithm with dynamic node weights, priority-based mapping, and edge-cloud metadata scheduling to handle ...

Researchers have demonstrated simultaneous high-fidelity single-qubit gates across five silicon spin qubits by identifying and compensating microwave-induced a.c.-Stark shifts, achieving ...

Researchers in China have proposed a quantum signed Byzantine agreement protocol that achieves information-theoretically secure consensus using only quantum key ...

Researchers have developed AGRF, an adaptive geo-aware replication framework that dynamically places data replicas across fog nodes to cut latency, ...

Researchers from Rutgers, IBM and collaborating institutions have shown that a quantum computer can repeatedly check and reset parts of ...

Researchers have unveiled a quantum-inspired, fault-tolerant scheduling framework that cuts task completion times by up to 25 percent in large-scale ...