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Top quantumzeitgeist.com News

Astronomers Pin Down Universe's Missing Matter in Cosmic Web

Astronomers Pin Down Universe's Missing Matter in Cosmic Web

62% Center coverage: 32 sources

IBM announces new quantum processor, plan for Starling supercomputer by 2029

IBM · United States

IBM announces new quantum processor, plan for Starling supercomputer by 2029

64% Center coverage: 28 sources

India Enters New Quantum Era with DRDO-IIT Delhi’s Secure Free-Space QKD Demo

Technology · India

India Enters New Quantum Era with DRDO-IIT Delhi’s Secure Free-Space QKD Demo

75% Right coverage: 12 sources

India has marked a transformative milestone in its quest to become a global leader in quantum technology with the successful demonstration of free-space quantum secure communication using quantum entanglement.See the Story

GPT-4 Significantly Outperforms Static Analysis In Software Vulnerability Detection.

GPT-4 demonstrates a 94% accuracy in identifying 32 types of software vulnerabilities, surpassing traditional Static Application Security Testing (SAST) tools and highlighting the potential of large language models (LLMs) in cybersecurity, though necessitating robust security by design principles to mitigate inherent risks.Artificial Intelligence · Australia See the Story

Edinburgh supercomputer to get £750mn in UK spending review

83% Center coverage: 6 sources

UK Economy · Edinburgh See the Story

Finding Good Use Cases For Quantum Computing

A structured four-step framework—Identify, Transform, Benchmark, Show Advantage (ITBQ)—assesses the viability of computing applications, revealing both potential and obstacles in fields like nuclear magnetic resonance (NMR) spectroscopy and multireference quantum chemistry, and emphasising the necessity for standardised evaluation criteria to optimise research and investment.Quantum Computing Read Article

Fast Atom Replacement At 30 Times Per Second Enables Scalable, Deep Circuit Quantum Computing.

Researchers demonstrate a method for rapidly replacing lost atoms in neutral atom quantum processors, achieving qubit array preparation rates of 30 times per second and enabling the construction of arbitrarily deep computational circuits, a critical advancement towards scalable and fault-tolerant quantum computing.Read Article

Robots ‘Think Ahead’ With Algorithm Solving Complex Tasks In Seconds

Researchers have developed cuTAMP, a novel task and motion planning algorithm leveraging GPU-accelerated parallel computing to enable robots to rapidly solve complex manipulation problems, such as packing and tool use, in seconds without requiring training data, demonstrably improving efficiency in industrial settings and offering broad applicability across robotic systems.Read Article

OQC Advances Quantum Error Correction With Dual-Rail Dimon Qubit Technology

OQC has demonstrated a hardware-efficient quantum error correction approach using a dual-rail dimon qubit, showing significantly reduced error rates and paving the way for scalable, low-error quantum computation and a roadmap to 2035.Read Article

Solitonic Spin States Offer Controlled Quantum Information And Holonomic Control.

Researchers demonstrate the creation and manipulation of solitonic Andreev spin qubits, leveraging a circular Josephson junction with a Corbino disk geometry and weak magnetic flux to induce spin-degenerate Andreev bound states exhibiting controllable, holonomic spin rotations potentially useful for topological quantum computation.Read Article

Metasurface Enables High-Fidelity Quantum Entanglement Over Centimetre Distances.

Researchers demonstrate entanglement between distant qubits using a dynamically reconfigurable metasurface composed of Josephson junctions, achieving over 98% fidelity at centimetre scales by engineering tailored transmission coefficients and circumventing limitations imposed by decaying near-field interactions, thereby offering a pathway towards scalable quantum networks.Read Article

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