1+ hour, 50+ min ago  (572+ words) MLPerf Inference v6.0 benchmarks demonstrate Intel Xeon 6 CPUs and Intel Arc Pro B-Series GPUs delivering AI inference performance for workstations, datacenters, and edge systems. These Intel AI systems, including the Arc Pro B70/B65, offer solutions for both large language and traditional machine…...

3+ hour, 1+ min ago  (895+ words) Light typically traverses an on-chip circuit in mere picoseconds, yet this new device achieves a programmable delay exceeding 1s. This represents a substantial leap, outperforming existing on-chip delay lines by many orders of magnitude within a compact 1. 5 " 102 mm" footprint. https://quantumzeitgeist.com/wp-content/uploads/light-can-now-be-stored-on-silicon-chips-for-over-one-microsecond.jpg A…...

2+ hour, 50+ min ago  (655+ words) Building Block For Universal Continuous Variables Computation In Superconducting Devices Until now, superconducting circuits lacked a scalable design capable of performing all operations needed for universal continuous-variable quantum computation. This architecture achieves high fidelities, reaching 99% for Gaussian operations, across all…...

2+ hour, 22+ min ago  (673+ words) QuEra Computing has released Tsim, an open-source simulator designed to accelerate quantum error correction research by enabling the simulation of complex quantum circuits at a large scale. This GPU-accelerated tool addresses a gap in existing software, supporting non-Clifford gates'essential for…...

2+ hour, 31+ min ago  (1416+ words) Can existing software effortlessly identify and rank cryptographic weaknesses poised to be exploited by future quantum computers? Quantum-Safe Code Auditor now delivers a functional framework achieving 83. 71% F1 score in identifying vulnerable code across five open-source libraries. https://quantumzeitgeist.com/wp-content/uploads/framework-detects-quantum-risks-in-codebases-with-15-primitive-classes.jpg Animesh Shaw have created…...

4+ hour ago  (937+ words) Integrating post-quantum cryptography into 5G networks adds a deterministic 48-49ms overhead to standard signalling latency, increasing end-to-end communication to approximately 54ms. This measured performance demonstrates a practical pathway to securing mobile infrastructure against future quantum computing threats. Deploying this technology via a sidecar…...

5+ hour, 15+ min ago  (897+ words) Efficient parallel compilation has now achieved a 15. 56 speedup using Qiskit, with minimal overheads of under 1%. Previously limited to 100 qubits and 100,000 gates, a new random circuit generator creates circuits with up to 200 qubits and over 16 million gates, offering a valuable resource…...

5+ hour, 39+ min ago  (1424+ words) Logical quantum circuits often demand sequential operations, limiting performance on near-term devices. This new compiler consistently reduces circuit depth for those inherently sequential circuits, unlike previous methods. By rescheduling CNOT gates and leveraging distributed entanglement, it offers a practical means…...

7+ hour, 6+ min ago  (456+ words) A twenty-fold enhancement of light's interaction with matter now brings solid-state devices closer to manipulating individual photons. Previous measurements achieved nonlinear phase shifts ranging from 0. 08" to " rad, but this dielectric superlattice design unlocks a giant phase shift in the strong…...

8+ hour, 1+ min ago  (912+ words) A dielectric loss of just (2. 8 "0. 1) " 10" now defines a new standard for superconducting qubits, directly addressing limitations previously imposed by amorphous materials. https://quantumzeitgeist.com/wp-content/uploads/crystalline-layers-slash-microwave-loss-in-emerging-quantum-computers.jpg Low-loss gamma-alumina dielectric enables enhanced superconducting qubit performance A two-level system loss of (2.8 "0.1) " 10" was achieved in the fabricated…...