Advanced Materials
18 reportsComposite materials and formal definitions reveal where results converge and where they diverge. The comparison asks how performance is measured and what defects limit durability, distinguishing formal consequences from intuition, analogy, or application.
SEALSQ and IC'Alps Target 2026 for Quantum-Resistant ASIC Prototype
SEALSQ Corp and its French subsidiary IC'Alps have detailed progress on QASIC, a custom post-quantum ASIC platform aiming to embed quantum-resistant cryptography directly into application-specific silicon for sectors including automotive and healthcare
NIST Scales SNSPD Widths to 0.1 mm for Quantum Photonic Devices
Researchers at the National Institute of Standards and Technology have demonstrated a superconducting nanowire single-photon detector with a 100-micrometer active width, addressing fabrication and noise challenges that have limited quantum photonic hardware
US Labs Test Large-Scale Metal 3D Printing for Nuclear Vessels
Oak Ridge and Idaho National Laboratories have demonstrated wire arc additive manufacturing to produce steel pressure vessels for nuclear energy, aiming to address US forging capacity limits and accelerate component qualification
Quantum Simulation Targets EUV Lithography Blur in Canada-Japan Project
Xanadu and Mitsubishi Chemical are advancing quantum simulation for semiconductor fabrication, aiming to address radiation-induced blur in extreme ultraviolet lithography with support from Canadian and Japanese research funding
Cornell Team Deposits High-Quality Tantalum Qubits at 200°C
Researchers at Cornell University have demonstrated a low-temperature process for fabricating tantalum-based superconducting qubits, using krypton gas to enable high-quality films compatible with commercial semiconductor foundries
200 Logical Qubit Quantum Emulation Benchmarked on Classical Hardware
Researchers have emulated quantum algorithms with over 200 logical qubits using the iQCC method on standard server hardware, benchmarking performance and accuracy for OLED materials design without relying on supercomputers
Plastic Joints Aim to Cut Humanoid Robot Weight by Over 30 Percent
Celanese Corporation and Vigor Precision have announced a collaboration to develop lightweight plastic joint components for humanoid robots, targeting significant weight reduction while maintaining mechanical durability and precision under demanding conditions
16-Qubit Photonic Quantum Processor Demonstrated on Silicon Chip
A team from Hefei Guizhen Chip Technology and USTC has built a 16-qubit measurement-based quantum computing system on a silicon photonic chip, achieving high-fidelity operation using high-dimensional path encoding
Honda Invests in Quemix to Advance Quantum Algorithms for Materials
Honda has taken an equity stake in Quemix, a Tokyo-based quantum software startup, aiming to accelerate the use of quantum algorithms for next-generation battery materials and automotive applications
3D-Printed Porous Feet Cut Power Use in Quadruped Robot Tests
A research team at Seoul National University of Science and Technology has tested 3D-printed porous feet on a quadruped robot, reporting up to 6.2% lower battery consumption during walking tasks with a learning-based controller
UC San Diego Awarded $18M to Advance Quantum Materials Research
UC San Diego has secured $18 million in NSF funding to develop quantum metamaterials and chemically engineered 2D superlattices, shifting its MRSEC center's focus to foundational quantum hardware and workforce training
NASA Tests Fire-Resistant Webbing for Moon and Mars Missions
NASA testing found that a natural gold-colored Kevlar(R) and PBI webbing met flammability criteria in a high-oxygen environment, though complete softgoods assemblies still require configuration and wear testing
Zinc Oxide Defect Proposed as Room-Temperature Spin Qubit Alternative
A theoretical study led by SKKU researchers identifies a molybdenum-oxygen-vacancy complex in zinc oxide as a candidate for high-fidelity spin qubits operating at room temperature, potentially addressing fabrication challenges faced by diamond NV centers
Laser-Driven Nonlinear Dynamics Observed in Mott Insulators
Researchers have identified four distinct regimes of photoexcitation in Mott insulators, revealing how laser-driven feedback can dynamically alter conductivity and carrier production in strongly correlated materials
Velo3D Launches Large-Scale Metal 3D Printing Facility in California
Velo3D has opened Forge 1, a 289,000-square-foot campus in Livermore, California, designed to scale up production of large-format metal additive manufacturing systems for aerospace, defense, and energy applications
Micro-Transfer Printing Advances Heterogeneous Silicon Photonics Integration
Researchers have demonstrated micro-transfer printing to combine materials like III-V semiconductors and lithium niobate with silicon photonics, addressing integration challenges for faster optical computing and communications hardware
Researchers Demonstrate Vapor-Triggered Switching in Advanced Fluid Materials
A team in Japan has built a reversible system that uses vapor to control the color, state, and phosphorescence of advanced functional fluids, offering a new approach to designing smart materials with tunable properties
Solid Crystal Thermoelectric Material Demonstrated for Heat Recovery
A research team at the Institute of Science, Tokyo, has engineered a solid crystal thermoelectric material that mimics the properties of atomically thin films, potentially enabling more practical waste heat energy recovery in industrial settings