Reports - Part 5
933 reports
BepiColombo Prepares for Dual Mercury Orbit as Separation Nears
After nearly eight years in transit, ESA and JAXA's BepiColombo mission is set to split into two orbiters at Mercury, aiming to resolve key questions about the planet's surface, magnetic field, and formation using coordinated observations.
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
Hubble Reveals Giant 10-Sided Cloud Structure at Saturn's South Pole
Astronomers using the Hubble Space Telescope have identified a vast, ten-sided atmospheric pattern encircling Saturn's south pole, challenging assumptions about the planet's unique polar weather and raising new questions about giant planet meteorology
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
Radiocarbon Dating Confirms Pre-Conquest Date for Aubin Tonalámatl Codex
A new radiocarbon analysis of the Aubin Tonalámatl Codex places its creation firmly in the late 15th century, resolving long-standing doubts about whether this Indigenous Mexican manuscript predates Spanish colonization
Medieval Monastery Choir Mapped Beneath Oslo Using Ground-Penetrating Radar
Archaeologists have identified the buried choir of a Franciscan monastery church beneath Oslo Hospital using ground-penetrating radar, revealing foundations, possible graves, and a lost cemetery without excavation
Rare 19th-Century Cavalry Armor Recovered from Polish Palace Moat
A fragment of 19th-century cuirassier armor was unexpectedly recovered from the moat of Pielaszkowice Palace in Lower Silesia, Poland, during a film-related exploration, offering new evidence of the site's turbulent Napoleonic and wartime history
ROBOTIS Open Humanoid GYM Lets Students Train Robots With Real Hardware
ROBOTIS has launched the Open Humanoid GYM Project, giving university teams direct access to humanoid robots and simulation tools for hands-on AI behavior development, bridging the gap between virtual training and physical deployment
Galileo X Robot Platform Unifies Wheels, Legs, and Off-Road Mobility
Galileo Robotics has introduced Galileo X, a modular ground robot platform that merges wheeled, legged, and off-road mobility in a single system, aiming to simplify deployment across warehouses, rough terrain, and complex environments
Roman-Era Skeleton Found Sheltering in Giant Jar at Deultum Fortress
Archaeologists excavating the Late Roman fortress of Deultum in Bulgaria have uncovered a human skeleton inside a massive storage jar, offering rare evidence of a fatal episode during a violent attack over 1,600 years ago
Falcon Heavy Launches NASA's Roman Telescope Toward Deep Space Science
SpaceX's Falcon Heavy rocket has launched NASA's Nancy Grace Roman Space Telescope, sending the observatory on a million-mile journey to its operational orbit beyond Earth
Early Universe Black Holes May Be Smaller Than JWST First Suggested
New analysis of James Webb Space Telescope data indicates that supermassive black holes in young galaxies may be far less massive than previously estimated, challenging earlier assumptions about their rapid growth and the evolution of early cosmic structures
NASA Selects Blue Origin to Build Dedicated Mars Communications Orbiter
NASA has awarded Blue Origin a $700 million contract to develop the Mars Telecommunications Network, a dedicated relay orbiter intended to support future Mars missions as current infrastructure ages
BepiColombo Prepares for Critical Mercury Arrival Maneuver
ESA and JAXA's BepiColombo spacecraft will soon separate its orbiters for Mercury capture, marking a pivotal phase in the mission's multi-year journey to study the planet's surface and magnetic environment
China's Pallas-1 Rocket Achieves Orbit in Reusable Launcher Test
Galactic Energy's Pallas-1 rocket reached orbit on its debut flight from Jiuquan, marking a technical milestone for China's private launch sector. The mission did not attempt a first-stage landing, but aims for reusability in future flights.
Pioneer 11's Saturn Flyby Tested the Limits of Deep Space Navigation
NASA's Pioneer 11 spacecraft became the first probe to traverse Saturn's rings in 1979, gathering data on the planet's moons, rings, and magnetic field while clearing the way for later missions to the outer solar system
Fermi Explorer Mission Targets 2029 Launch Toward Alpha Centauri
A nonprofit group aims to send a low-cost probe to Alpha Centauri by 2029, marking the first directed interstellar mission. The journey would last 80,000 years, raising new questions about the feasibility and purpose of such long-term exploration.
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
IonQ, NVIDIA, and qBraid Cut Quantum Simulation Errors by Over Half
A new collaboration between IonQ, NVIDIA, and qBraid demonstrates a 54% reduction in logical error rates for deep Trotterized quantum chemistry simulations using trapped-ion hardware and active mid-circuit error detection
3D-Printed Soft Robotic Hand Shows Delicate Grip and Strength in Lab Tests
A research team at KAIST has built a 3D-printed soft robotic hand that can cradle fragile objects and lift heavy ones, using AI to optimize the material's stretchability and durability for advanced manipulation tasks
NVIDIA's COMPASS Framework Targets Faster Robot Navigation Training
NVIDIA's COMPASS system combines pretrained navigation models, reinforcement learning, and AI agents to adapt robot movement across machines and environments, aiming to reduce retraining time while keeping human oversight in the loop
Berkeley Humanoid Lite Uses 3D-Printed Actuators to Slash Robot Costs
A research team at UC Berkeley has released the open-source Berkeley Humanoid Lite, a customizable robot platform built with 3D-printed actuators and off-the-shelf parts, aiming to lower the barrier to humanoid robotics research and experimentation
Machine Vision System Guides Surgeons in Live Brain Tumor Removal
A machine-learning system processed live endoscopic video to help surgeons identify critical anatomy during a pituitary tumor operation, aiming to reduce the risk of vision loss in a high-stakes clinical trial in London
Quadruped Robot Demonstrates Dynamic Leaping Through Tight Spaces
A research team has built a hierarchical reinforcement learning system that enables a four-legged robot to leap through narrow gates at speed, coordinating vision and movement in real-world tests inspired by animal agility
Iron Age Timber Structure Reveals Scale of Celtic Engineering in Bavaria
Archaeologists have recovered large oak beams from a well-preserved Iron Age structure near the River Main in Aschaffenburg, Germany, offering new evidence for complex Celtic construction, trade, and settlement over 2,400 years ago
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
Stellar Spin Explains Dimming Flares from Black Hole Encounters
Astronomers have modeled why repeated flares from stars grazing supermassive black holes fade over time, revealing that a star's rotation and binary history play a key role in the observed dimming
Industrial Robot Arm Repurposed for Automated Badminton Training
A surplus Denso VS-050 industrial robot arm has been adapted into a programmable badminton training machine, delivering repeatable shuttlecock serves for solo practice and testing the limits of industrial robotics in recreational sport settings
Drone Uses Tactile Sensing to Perch on Branches and Save Power
Researchers at TU Delft have built a drone that uses tactile sensors to locate and grip branches, allowing it to perch in cluttered environments and conserve battery by shutting down its motors once attached
Japan Funds Optical Module R&D for Neutral-Atom Quantum Processors
Yaqumo Inc. and SCREEN Holdings have launched a joint project to develop high-speed optical modules for neutral-atom quantum processors, aiming to address hardware bottlenecks and strengthen Japan's domestic quantum supply chain
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
Part 5 of 20