Physics
205 reportsParticle physics and theoretical physics frame the reporting, with relativity providing a further check. It examines what symmetries imply and how models are falsified, showing where limiting cases or counterexamples restrict the explanation.
Universal Quantum launches Singapore center for trapped-ion chip development
Universal Quantum has opened its first Asia-Pacific R&D center in Singapore, aiming to advance trapped-ion quantum processor fabrication and algorithm co-design with over SGD 30 million in investment
High Energy Photon From Distant Gamma Ray Burst Challenges Physics Limits
A photon with record-breaking energy from the gamma ray burst GRB 221009A reached Earth despite theoretical barriers. New analysis suggests a possible explanation involving axion-like particles and Lorentz invariance violation
IonQ Models Quantum Attack on Bitcoin Elliptic Curve Security
IonQ has released a detailed resource estimate for running Shor's algorithm on a trapped-ion quantum architecture to target the 256-bit secp256k1 elliptic curve, the cryptographic foundation of Bitcoin and many blockchain systems
IonQ Superion 256 Trapped Ion Chip Targets Data Center Integration
IonQ has introduced the Superion 256 quantum processor, a trapped-ion chip platform with on-chip electronic control and CMOS integration, aiming to reduce cost and enable standard data center deployment. Commercial delivery is targeted for 2027
PsiQuantum Secures Major CHIPS Act Funding for Photonic Quantum Manufacturing
PsiQuantum has finalized a $100 million CHIPS Act award with the US Department of Commerce to accelerate domestic manufacturing of photonic quantum computing components and strengthen the onshore supply chain for advanced quantum hardware
Vela Satellite Flash Suggests Possible Nuclear Test Over South Atlantic
A 1979 double flash detected by the Vela 6911 satellite over the South Atlantic has prompted decades of investigation into whether it signaled a clandestine nuclear explosion or a natural event
Quantum test reveals Einstein's gravity holds for falling atoms
A new experiment using ultra-cold rubidium atoms has measured how gravity affects quantum waves, providing the first direct test of Einstein's equivalence principle in the quantum regime
NEC Ends Superconducting Quantum Hardware to Pursue Annealing Algorithms
NEC Corporation has abandoned its superconducting quantum processor development, redirecting resources to quantum-inspired annealing and classical emulation. The move leaves Fujitsu as Japan's main corporate superconducting hardware developer and shifts NEC's focus to software and optimization services.
Blue Origin rocket blast detected over 1600 kilometers from Cape Canaveral
A Blue Origin New Glenn rocket explosion at Cape Canaveral produced infrasound waves detected more than 1600 kilometers away. Researchers used specialized sensors to estimate the blast's energy and assess its impact on launch operations and future missions.
Meteorite dust reveals magnetic forces shaped the infant solar system
Analysis of ancient meteorite grains has uncovered evidence that strong magnetic fields influenced the earliest stages of the solar system's formation, challenging the long-held view that gravity alone sculpted the protoplanetary disk
Supernova Experiments Reveal New Clues to Element Formation in Stars
Two new studies use nuclear experiments and astrophysical modeling to clarify how supernovae forge and distribute elements like titanium and nickel, offering the most precise look yet at the processes that shape the chemical makeup of the universe
Quantinuum and Aramco Test Trapped Ion Quantum Hardware for Energy Tasks
Quantinuum and Aramco have signed a non-binding agreement to evaluate trapped-ion quantum processors for simulating energy sector chemistry and optimization tasks using Quantinuum's QCCD hardware and software stack
Denmark Targets Quantum Chip Manufacturing With New Copenhagen Facility
A 5300 m² quantum chip fabrication plant is set to open in Copenhagen by 2027, aiming to bridge the gap between academic research and industrial-scale quantum hardware production using ultra-high vacuum nanofabrication and advanced packaging lines
JION Trapped-Ion Quantum Processor Linked to Jülich Supercomputing Cluster
A trapped-ion quantum processor using ytterbium ions and microwave control has been integrated into the Jülich Supercomputing Centre, allowing hybrid quantum-classical workloads and direct access to high-performance computing infrastructure
Japan Deploys QunaSys Quantum Software on National Supercomputing Platform
Japan's RIKEN Center for Computational Science has installed QunaSys QURI SDK Enterprise as the core quantum software layer for its JHPC-quantum platform, linking supercomputers and quantum processors for hybrid algorithm development
Classiq Targets Taiwan's Quantum-Semiconductor Integration With Dual Partnerships
Classiq Technologies has signed agreements with Scientek Corporation and Kensho to distribute its quantum software in Taiwan, aiming to bridge quantum hardware and application development across the semiconductor and research sectors
SEEQC and Taiwan QITPO Target Cryogenic Quantum Chip Supply Chain
SEEQC and Taiwan's Quantum Industry Technology Promotion Office have formalized a cross-border partnership to develop and manufacture cryogenic quantum control chips, aiming to integrate U.S. digital quantum IP with Taiwan's advanced semiconductor foundries
Neutral-Atom Quantum Processors Simulate Protein Gelation Structures
Pasqal and True Nexus have encoded protein gelation structures on neutral-atom quantum processors, aiming to model dynamic protein aggregation beyond the reach of classical simulation and inform the design of functional food proteins
Quantum Preconditioning Cuts Classical Solver Time by Orders of Magnitude
Rigetti Computing and Purdue University have experimentally shown that quantum-derived correlation matrices can accelerate classical mixed-integer programming solvers, reaching near-optimal solutions for hard-constrained combinatorial problems up to 100 times faster
IBM's Nighthawk r2 QPU Cuts Qubit Reset Time to Nanoseconds
IBM Quantum's Nighthawk r2 processor introduces a dissipative qubit reset, reducing idle times and boosting circuit throughput to over 100,000 per second. The 120-qubit device claims a 25-fold speedup over previous IBM hardware in practical benchmarks
Quobly Targets Industrial-Scale Silicon Spin Qubit Testing in Europe
Quobly has signed agreements with TNO and OrangeQS to develop automated, high-throughput testing and metrology for silicon spin qubits on 300 mm wafers, aiming to address device variability and accelerate commercial quantum processor manufacturing
Army Field Test Pushes QuProtect R3 Toward Quantum-Resistant Deployment
QuSecure's QuProtect R3 platform reached Technical Readiness Level 7 after live integration in U.S. Army tactical networks, marking a concrete step toward post-quantum cryptography in operational defense environments
MIT Launches Quantum Fellowship to Tackle Hardware and Error Correction
MIT's Quantum Initiative has launched a new postdoctoral fellowship, funded by the Gordon and Betty Moore Foundation, embedding early-career researchers in labs focused on quantum error correction, neutral-atom arrays, and AI-driven quantum materials
How Enterprises Can Identify Real Quantum Computing Opportunities
A four-step process aims to help enterprise managers pinpoint where quantum computing could deliver measurable value, avoid hype, and integrate new solutions with existing IT infrastructure
Quantum-Safe Encryption Demonstrated on Operational Satellite Link
A live integration at Es'hailSat's Doha teleport tested Arqit's quantum-safe software on an active satellite link, showing post-quantum encryption can be deployed without hardware changes or service disruption
Xanadu Targets 1,000 Logical Qubits in Photonic Quantum Roadmap
Xanadu has released a technical roadmap outlining its plans to scale photonic quantum hardware, reduce photon loss, and implement error correction, with the goal of reaching over 1,000 logical qubits by 2031 in networked quantum data centers
Eight-Qubit Silicon Quantum Processor to Be Installed at Sydney Data Center
Diraq and Equinix plan to deploy an eight-qubit silicon spin quantum processor in a commercial Sydney data center, aiming to test hybrid quantum-classical integration and evaluate operational benchmarks for enterprise access
Anyon Systems and Matrix Group Target On-Premises Quantum Hardware
Anyon Systems has partnered with Matrix Group's KMT Technologies to distribute and integrate superconducting quantum processors with high-performance computing and AI infrastructure in select international markets
QTREX Quantum Reveals 17,280-Line Cryogenic Interconnect at IEEE 2026
QTREX Quantum has announced a cryogenic interconnect architecture designed to support up to 17,280 coaxial lines per stage in commercial dilution refrigerators, aiming to address wiring density and thermal management for large-scale quantum processors
Saudi Quantum Hardware Partnership Targets Post-Quantum Cryptography Readiness
Pasqal and KACST have launched a multi-year research program in Saudi Arabia to test quantum hardware for post-quantum cryptography, integrating neutral-atom processors with national infrastructure and focusing on quantum-secure key generation and algorithm validation
Superconducting Quantum Control Chips Target Cryogenic Bottleneck
S-Transistors, a Finnish deep-tech spin-off, has secured €2.6 million to develop wafer-scale superconducting transistor circuits for quantum processor control at millikelvin temperatures, aiming to address wiring and thermal challenges in large-scale quantum computing
Mechanical Oscillator Defies Instability Using Only Precise Timing
Researchers have demonstrated a mechanical oscillator that remains upright by switching between two unstable states without using sensors or feedback, challenging assumptions about how machines maintain balance
IBM Qiskit Fermions Library Targets Structure-Preserving Quantum Compilation
IBM Quantum has released Qiskit Fermions 0.1.0, an open-source library designed to maintain physical symmetries and particle-number conservation during quantum circuit compilation for fermionic systems, with a focus on quantum chemistry and condensed matter simulation
Quantum Industry Appointments Signal Shifts in Leadership and Strategy
Recent leadership changes at Quantum Sky, IonQ, Pasqal, and Global Quantum Intelligence highlight evolving priorities in quantum hardware, manufacturing, and advisory expertise, with new board members and advisors bringing experience in defense, finance, and R&D strategy
California Invests $9.74M to Expand Quantum Research Infrastructure
California has allocated $9.74 million to strengthen quantum research and workforce development in Southern California, supporting new infrastructure, shared testing, and regional coordination led by UCLA and partner institutions
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