• 'Electronic Skin' From Bio-Friendly Materials Can Track Human Vital Signs With Ultrahigh Precision

• Forging a Dream Material With Semiconductor Quantum Dots

• Snapshots of Photoinjection

• Electronic Noses Sniff out Volatile Organic Compounds

• 新的3 d打印方法盘的“游戏规则改变者”overy, Manufacturing of New Materials

• Milk Reaction Inspires New Way to Make Highly Conductive Gel Films
• With New Experimental Method, Researchers Probe Spin Structure in 2D Materials for First Time

• Engineers 'grow' Atomically Thin Transistors on Top of Computer Chips

• A Transistor Made of Wood

• Tunneling Electrons

• 便宜的方法使Displ编织ays and Smart Fabrics -- Of Any Size or Shape

• Informed by Mechanics and Computation, Flexible Bioelectronics Can Better Conform to a Curvy Body
• New Findings Pave the Way for Stable Organic Solar Cells That May Enable Cheap and Renewable Electricity Generation
• A Team Creates 'quantum Composites' For Various Electrical and Optical Innovations

• Now You Can Be Comfortable in Your E-Skin

• Graphene 'tattoo' Treats Cardiac Arrhythmia With Light
• Physicists Discover Transformable Nano-Scale Electronic Devices

• Backscattering Protection in Integrated Photonics Is Impossible With Existing Technologies

• Fully Recyclable Printed Electronics Ditch Toxic Chemicals for Water

• Solid-State Lithium-Sulfur Batteries: Neutrons Unveil Sluggish Charge Transport

• Plastic Transistor Amplifies Biochemical Sensing Signal

• Magnon-Based Computation Could Signal Computing Paradigm Shift

• Modern Origami Method Creates Glass Shapes by Folding
• First Silicon Integrated ECRAM for a Practical AI Accelerator

• 'Smart' Bandages Monitor Wounds and Provide Targeted Treatment

• Optical Switching at Record Speeds Opens Door for Ultrafast, Light-Based Electronics and Computers

• Molecular Teamwork Makes the Organic Dream Work
• 'Inkable' Nanomaterial Promises Big Benefits for Bendable Electronics

• Researchers Create Breakthrough Spintronics Manufacturing Process That Could Revolutionize the Electronics Industry
• Sculpting Quantum Materials for the Electronics of the Future

• Electronic Skin as Flexible as Crocodile Skin

• Some Stirring Required: Fluid Mixing Enables Scalable Manufacturing of Soft Polymer Structures

• New Kind of Transistor Could Shrink Communications Devices on Smartphones

• Researchers Propose a Simple, Inexpensive Approach to Fabricating Carbon Nanotube Wiring on Plastic Films

• Electrodes Grown in the Brain -- Paving the Way for Future Therapies for Neurological Disorders
• Let There Be (Controlled) Light

• Solid-State Thermal Transistor Demonstrated
• The Switch Made from a Single Molecule

• Electronic Metadevices Break Barriers to Ultra-Fast Communications

• TFT Strategy to Enhance Flexible Display Panel Performance

• Atom-Thin Walls Could Smash Size, Memory Barriers in Next-Gen Devices
• Chiral Phonons Create Spin Current Without Needing Magnetic Materials

• Beyond Lithium: A Promising Cathode Material for Magnesium Rechargeable Batteries

• Wear and Forget: An Ultrasoft Material for on-Skin Health Devices

• Biosensor Could Lead to New Drugs, Sensory Organs on a Chip

• Powering Wearable Technology With MXene Textile Supercapacitor 'patch'
• Superconductivity Switches on and Off in 'magic-Angle' Graphene

• Transistors Repurposed as Microchip 'clock' Address Supply Chain Weakness

• Spin Transport Measured Through Molecular Films Now Long Enough to Develop Spintronic Devices

• Polysulfates Could Find Wide Use in High-Performance Electronics Components
• Microelectronics Give Researchers a Remote Control for Biological Robots
• Two Technical Breakthroughs Make High-Quality 2D Materials Possible
• Can You Trust Your Quantum Simulator?
• Engineers Grow 'perfect' Atom-Thin Materials on Industrial Silicon Wafers

• Blocking Radio Waves and Electromagnetic Interference With the Flip of a Switch

• Artificial Nerve Cells -- Almost Like Biological
• Screen-Printing Method Can Make Wearable Electronics Less Expensive

• Self-Powered, Printable Smart Sensors Created from Emerging Semiconductors Could Mean Cheaper, Greener Internet of Things
• Researchers Discover New Process to Create Freestanding Membranes of 'smart' Materials
• Development of Bio-Friendly Transparent Temperature Sensor Technology That Precisely Measures Temperature Changes by Light

• Researchers Show a New Way to Induce Useful Defects Using Invisible Material Properties

• At the Edge of Graphene-Based Electronics

• Wearable Skin Patch Monitors Hemoglobin in Deep Tissues

• Researchers Develop All-Optical Approach to Pumping Chip-Based Nanolasers
• A Shield for 2D Materials That Adds Vibrations to Reduce Vibration Problems

• Paper-Thin Solar Cell Can Turn Any Surface Into a Power Source
• Recycled Gold from SIM Cards Could Help Make Drugs More Sustainable

• Molecules Have an Orientation, and Scientists Have a New Way to Measure It
• Solving the Puzzle: Cubic Silicon Carbide Wafer Demonstrates High Thermal Conductivity, Second Only to Diamond

• Flameproofing Lithium-Ion Batteries With Salt

• Novel 3D Printing Method to Fabricate Complex Metal-Plastic Composite Structures
• Researchers Introduce an Energy-Efficient Method to Enhance Thermal Conductivity of Polymer Composites

• Protons Fix a Long-Standing Issue in Silicon Carbide Electronics
• 高性能哈里和紧凑的振动能量ester Created for Self-Charging Wearable Devices
• Breaking the Scaling Limits of Analog Computing
• Explainable AI-Based Physical Theory for Advanced Materials Design

• The Whole in a Part: Synchronizing Chaos Through a Narrow Slice of Spectrum

• Sweet New Way to Print Microchip Patterns on Curvy Surfaces

• Teaching Photonic Chips to 'learn'

• How '2D' Materials Expand
• Researchers Develop a Novel Integration Scheme for Efficient Coupling Between III-V and Silicon

• Development of an Easy-to-Synthesize Self-Healing Gel Composed of Entangled Ultrahigh Molecular Weight Polymers
• Hindrance of Semiconductor Process -- Static -- Solved With the Sole of a Shoe

• A Chemical Reaction as Good as Gold

• Designing and Programming Living Computers
• How Photoelectrodes Change in Contact With Water
• Putting the Brakes on Lithium-Ion Batteries to Prevent Fires

• Magnetism or No Magnetism? The Influence of Substrates on Electronic Interactions
• Novel Nanowire Fabrication Technique Paves Way for Next Generation Spintronics

• Researchers Develop Superfast New Method to Manufacture High-Performance Thermoelectric Devices
• Faster and More Efficient Computer Chips Thanks to Germanium

• Plant Fibers for Sustainable Devices

• New Material Will Make Locally Flexible Diodes Possible

• Magnetic Molecules on Surfaces: Advances and Challenges in Molecular Nanoscience

• Quantum Dots Form Ordered Material

• A Faster Experiment to Find and Study Topological Materials

• New Era of Two-Dimensional Ferroelectrics
• 'Kagome' Metallic Crystal Adds New Spin to Electronics

• Building With Nanoparticles, from the Bottom Up
• Breakthrough: World's Smallest Photon in a Dielectric Material