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Top quantumzeitgeist.com News

IBM and RIKEN Unveil First IBM Quantum System Two Outside of the U.S.
IBM · Japan

IBM and RIKEN Unveil First IBM Quantum System Two Outside of the U.S.

64% Center coverage: 11 sources
IBM's next-generation quantum computer, now online in Japan, is also connected to the supercomputer Fugaku to accelerate quantum computational power and accuracySee the Story
Unique Method Enables Simulation of Error-Correctable Quantum Computers
Computers

Unique Method Enables Simulation of Error-Correctable Quantum Computers

100% Center coverage: 6 sources
Quantum computers still face a major hurdle on their pathway to practical use cases: their limited ability to correct the arising computational errors. To develop truly reliable quantum computers, researchers must be able to simulate quantum computations using conventional computers to verify their correctness—a vital yet extraordinarily difficult task.See the Story
Conventional Superconductivity at 203 Kelvin at High Pressures in the Sulfur Hydride System

Conventional Superconductivity at 203 Kelvin at High Pressures in the Sulfur Hydride System

100% Center coverage: 1 sources
Conventional superconductivity is observed at 203 kelvin in the sulfur hydride system, well above the highest superconducting transition temperature obtained in the copper oxides, raising hopes that even higher transition temperatures will be discovered in other hydrogen-rich systems. The discovery of high-temperature superconductivity in the copper oxides nearly thirty years ago raised hopes for the imminent realization of room-temperature supe…See the Story

Liquid Mirrors In Space Could Unlock Next-Gen Telescopes

Modelling the fluid dynamics of a proposed 50-metre liquid-mirror space telescope, the Fluidic Telescope (FLUTE), reveals a predictable relationship between telescope manoeuvring and surface deformation, demonstrating the potential for maintaining optical functionality for extended periods despite micron-level distortions, and offering crucial insights for the development of this novel astronomical technology.Chile · ChileSee the Story

Federated Learning Needs Real-World Edge Hardware Testing For Privacy Gains

These boards represent a common platform for edge computing due to their low cost and energy consumption. Scalability testing reveals that ...http://dlvr.it/TLlQHWSee the Story

Cosmological Bounce Models Modified By Deformed Commutation Relations

Research utilising deformed commutation relations within anisotropic Bianchi I and Bianchi II cosmological models demonstrates the potential to replicate loop quantum cosmology’s bounce dynamics, offering a framework for modelling alternative scenarios where cosmological bounces interact with Kasner indices, suggesting a pathway towards more generalised bounce cosmologies.ResearchRead Article

Terahertz Plasmonics Enable Faster, Efficient Chip-Scale Data Communication Systems

Researchers demonstrate a field-driven meta-routing method utilising terahertz plasmonics and reconfigurable metasurfaces to achieve dynamic, low-latency, high-bandwidth chip-scale interconnects, offering a scalable solution for next-generation WiNoC and chiplet architectures by precisely controlling localised surface plasmon resonances via impedance modulation and a coupled-mode theory framework.Read Article

Hotter Can Cool Faster: New Insights Into Counterintuitive Physics

The Mpemba effect, a counterintuitive phenomenon where warmer systems can cool faster than colder ones, is increasingly understood through the lens of symmetry breaking and restoration in closed quantum systems, with metrics like entanglement asymmetry and charge variance revealing complex dynamics under both Hamiltonian evolution and random unitary circuits.Read Article

Renormalization Group Flow Decouples Shape-Mismatching Degrees Of Freedom In Area-Metric

Analysis of renormalization group flows within area-metric theory, a framework motivated by spin-foam models of quantum gravity, reveals that shape-mismatching degrees of freedom generically decouple at lower energy scales due to unexpectedly large mass generation, while parity symmetry remains broken and the Immirzi parameter exhibits non-trivial flow with zeros at both zero and infinite values.Read Article

Neumann Algebras And Modular Dynamics Reveal Quantum System Transitions

Recent research demonstrates a connection between crossed products, Tomita-Takesaki modular dynamics, and the transition between type III and type II von Neumann algebras, potentially illuminating induced gravity as proposed by Sakharov and offering insights into the behaviour of projectors and partial isometries during this algebraic phase change.Read Article

Quantum Convolutional Networks Boost Image Classification Accuracy And Feature Processing

Recent advances in quantum machine learning, specifically utilising noisy intermediate-scale quantum (NISQ) devices and convolutional quantum neural networks (QCNNs), demonstrate enhanced image classification accuracy through a novel selective feature re-encoding strategy and a parallel-mode QCNN architecture that jointly optimises features extracted via Principal Component Analysis and Autoencoders, consistently outperforming traditional ensemb…Read Article

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