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- Off-Axis Vortices Retain Spin Despite Magnetic Field Shifts Unlike on-axis counterparts, researchers found that off-axis electron vortices retain their spin—specifically, orbital angular momentum—even with magnetic field shifts. Muhammad Rohail T. · QuantumZeitgeist ↗
- Jodrell Bank Faces Axe Amid UK Research Funding Reductions Cuts to UK Research and Innovation threaten the Lovell telescope at Jodrell Bank Observatory, prompting the Institute of Physics to call it a “terrible blow” to UK science. The Neuron · QuantumZeitgeist ↗
- Fluctuational Quantum Electrodynamics Accounts for Lossy Media This work develops the formalism of fluctuational quantum electrodynamics for frequency-dispersive and dissipative time-varying media, accounting for the dispersive and lossy nature of the temporal mo... Muhammad Rohail T. · QuantumZeitgeist ↗
- How NRL Develops Navy Quantum Computing with Strategic Partnerships The U.S. Naval Research Laboratory’s Quantum Science Institute coordinates research, developing quantum computing & technologies—like next-gen navigation—through strategic partnerships. Ivy Delaney · QuantumZeitgeist ↗
- IBM Predicts Quantum Computing Will Impact Earnings by 2029 IBM CEO Arvind Krishna forecasts quantum computing will measurably impact earnings by 2029, potentially unlocking a $1 trillion market by the 2030s. Rusty Flint · QuantumZeitgeist ↗
- Vexlum Appoints Truppe to Lead UK Quantum Technology Push Vexlum grows its European presence and appoints Dr. Stefan Truppe as Managing Director of Vexlum UK, establishing its first UK R&D operation. This strengthens Vexlum’s participation in the UK’s £2.5 b... Ivy Delaney · QuantumZeitgeist ↗
- $500,000 Boosts Photon Queue’s Quantum Memory Device Assembly Photon Queue received $500,000 to expand Albuquerque operations, assembling & testing its quantum memory devices—key for boosting photon-based quantum computing. Ivy Delaney · QuantumZeitgeist ↗
- Rice Study Realizes Tunable Temperatures for Ion Qubits Researchers realized independently controllable thermal baths for motional modes in a trapped-ion system, enabling simulations with precisely set temperatures. Dr. Donovan · QuantumZeitgeist ↗
- DoW Finds Vibrint’s Quantum, LiFi Tools Ready for Procurement Vibrint’s Vibrint Quantum Circuit Factory & Vibrint Secure Light Fidelity are now “Awardable” via the Department of War’s Tradewinds Marketplace, accelerating access to advanced technologies. The Neuron · QuantumZeitgeist ↗
- IonQ’s SkyWater Deal Secures U.S. Quantum Chip Supply IonQ received approval to acquire SkyWater Technology, a U.S. semiconductor foundry, bolstering its domestic production of chips for quantum computers. Ivy Delaney · QuantumZeitgeist ↗
- Cisco Routers Now Run Quantum Encryption via Live eQKD Network Cisco is testing Aliro Orchestrator with a live quantum key distribution network at its Vimercate facility, integrating the system with Cisco routers. Rusty Flint · QuantumZeitgeist ↗
- IBM Heron’s Quantum Simulations of Floquet Magnetism Use Qedma Error Mitigation IBM Heron R3, paired with Qedma’s QESEM software, enabled researchers to study the intermediate-time dynamics of a Floquet quantum magnet, exceeding classical capabilities. The Quant · QuantumZeitgeist ↗
- $18M NSF Grant Funds UC San Diego Quantum Materials Center The National Science Foundation (NSF) has awarded University of California San Diego researchers a six-year $18M grant to fund a Materials Research Science and Engineering Center (MRSEC) focused on ma... Ivy Delaney · QuantumZeitgeist ↗
- Researchers Link Path Symmetry to Interaction-Driven Quantum Transport Researchers explored interaction-driven quantum transport in flux lattices, linking it to evolution-path symmetry (EPS) and its breaking. Muhammad Rohail T. · QuantumZeitgeist ↗
- Quantum Effects Boost Room-Temperature Thermoelectricity in Weyl Semimetals Room-temperature thermoelectricity in WTe2 and TaIrTe4 is enhanced by intrinsic quantum effects, like Berry curvature, revealed through harmonic detection. Muhammad Rohail T. · QuantumZeitgeist ↗
- Formal Semantics Developed for Core Continuous-Variable Quantum Language Continuous-variable quantum computing (CVQC) is a computing paradigm where measurements yield values over a continuous domain, and is both a computational framework and abstraction for quantum optics ... Muhammad Rohail T. · QuantumZeitgeist ↗
- New Protocol Maps Fermionic Quantum States With Fewer Measurements A new tomography protocol efficiently maps permutation-invariant many-body states of fermions, scaling linearly with system size. Muhammad Rohail T. · QuantumZeitgeist ↗
- Quantum Vector Light Cuts Particle Heating Rate in Optical Tweezers A new semiclassical scattering formalism, using vectorial light, analyzes optically levitated particles. Muhammad Rohail T. · QuantumZeitgeist ↗
- 2-Approximation Algorithm Rivals Quantum Traveling Salesman Problem Performance The Traveling Salesman Problem is a classical NP-hard problem with significant implications in logistics, circuit design, and operations research. This paper presents a comparative study of brute-forc... Muhammad Rohail T. · QuantumZeitgeist ↗
- Quantum Fano Membrane Design Accesses Narrow Modes for Optomechanical Systems Researchers enhanced cavity optomechanics using a photonic-crystal Fano membrane, enabling spectral engineering & narrow optical modes within a Fabry–Pérot cavity. Muhammad Rohail T. · QuantumZeitgeist ↗
- Quasiparticle Absorption Limits Microwave Qubit Fidelity Driven superconducting qubits face fidelity limits due to quasiparticle absorption, a new theory details—existing or newly created quasiparticles can absorb qubit excitation & photons. Dr. Donovan · QuantumZeitgeist ↗
- NEDO Funds Quemix’s Push for Quantum Battery Development Quemix’s project with Tohoku University received NEDO funding to utilize quantum computers for materials simulation, aiming to advance next-generation battery technology. Rusty Flint · QuantumZeitgeist ↗
- Exequantum Details AI’s Break of NIST Post-Quantum Candidate Anthropic’s Claude Mythos Preview AI identified a weakness in HAWK, a lattice-based signature scheme—a NIST evaluation for future cryptography—leading to its withdrawal. The Quant · QuantumZeitgeist ↗
- Kicked-Ising Model Achieves Maximal Quantum Battery Charging Entanglement has been identified as a key resource for enhancing charging performance in quantum batteries, and the kicked-Ising model at the self-dual point provides an explicit charging mechanism, w... Ivy Delaney · QuantumZeitgeist ↗
- Yancy Oshita Joins Qtonic Quantum After 30 Years in Enterprise Qtonic Quantum Corp appointed Yancy Oshita as Strategic Advisor, Go-to-Market and Enterprise Value Creation, effective immediately. Oshita is a veteran with more than 30 years of experience and previo... Rusty Flint · QuantumZeitgeist ↗
- BrainChip AKD1500 Chip Now Design-Ready in Supplyframe Modeler Software BrainChip AKD1500 Neuromorphic Co-Processor Chip is now discoverable in Supplyframe Design Modeler software, a partnership intended to reduce friction for engineers incorporating neuromorphic compute ... Dr. Donovan · QuantumZeitgeist ↗
- New Ranking Loss Boosts Quantum Architecture Search Performance Quantum architecture search (QAS) has shown significant potential for automating quantum circuit design in variational quantum algorithms (VQAs), but applying current QAS methods to large-scale circui... The Neuron · QuantumZeitgeist ↗
- IBM & Qedma Achieve Quantum Advantage for Floquet Ising Model IBM & Qedma achieved a milestone, demonstrating capabilities beyond classical simulations with a 74-qubit Floquet Ising model. Dr. Donovan · QuantumZeitgeist ↗
- 60-Year-Old Quantum Scattering Prediction Researchers validated a 60-year-old theoretical understanding of the Ericson regime in quantum scattering, showing how resonances overlap at higher energies. Dr. Donovan · QuantumZeitgeist ↗
- Krylov-Ehrenfest Time Defines Limit of Classical-Quantum Complexity This research defines a classical limit of quantum Krylov complexity using the symplectic structure of phase space and a Lanczos algorithm. Muhammad Rohail T. · QuantumZeitgeist ↗
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