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

• Breakthrough: Scientists Develop Artificial Molecules That Behave Like Real Ones

• New Study Could Help Unlock 'game-Changing' Batteries for Electric Vehicles and Aviation

• 'Heat Highways' Could Keep Electronics Cool
• New Superconducting Diode Could Improve Performance of Quantum Computers and Artificial Intelligence

• Understanding the Tantalizing Benefits of Tantalum for Improved Quantum Processors

• Flexible Nanoelectrodes Can Provide Fine-Grained Brain Stimulation

• Forging a Dream Material With Semiconductor Quantum Dots

• Twisting Under the Stroboscope -- Controlling Crystal Lattices of Hybrid Solar Cell Materials With Terahertz Light
• The Metaverse Can Lead to Better Science

• Breakthrough in Computer Chip Energy Efficiency Could Cut Data Center Electricity Use
• Electronic Noses Sniff out Volatile Organic Compounds

• A Giant Leap Forward in Wireless Ultrasound Monitoring for Subjects in Motion

• With New Experimental Method, Researchers Probe Spin Structure in 2D Materials for First Time

• Leaky-Wave Metasurfaces: A Perfect Interface Between Free-Space and Integrated Optical Systems

• Quantum Computer in Reverse Gear

• Engineers Tap Into Good Vibrations to Power the Internet of Things

• 深层神经网络提供了Robust Detection of Disease Biomarkers in Real Time
• A Touch-Responsive Fabric Armband -- For Flexible Keyboards, Wearable Sketchpads
• Joyful Music Could Be a Game Changer for Virtual Reality Headaches
• Could Wearables Capture Well-Being?

• Sensor Enables High-Fidelity Input from Everyday Objects, Human Body

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

• A Transistor Made of Wood

• Tunneling Electrons

• Cheaper Method for Making Woven Displays and Smart Fabrics -- Of Any Size or Shape

• Informed by Mechanics and Computation, Flexible Bioelectronics Can Better Conform to a Curvy Body
• A Team Creates 'quantum Composites' For Various Electrical and Optical Innovations

• Tiny Biobattery With 100-Year Shelf Life Runs on Bacteria

• Graphene 'tattoo' Treats Cardiac Arrhythmia With Light
• Physicists Discover Transformable Nano-Scale Electronic Devices
• Researchers Help AI Express Uncertainty to Improve Health Monitoring Tech

• Wonder Material Graphene Claims Yet Another Superlative
• Backscattering Protection in Integrated Photonics Is Impossible With Existing Technologies

• Photonic Filter Separates Signals from Noise to Support Future 6G Wireless Communication
• Researchers Discover New Circuit Element

• Fully Recyclable Printed Electronics Ditch Toxic Chemicals for Water
• Discovery of Ferroelectricity in an Elementary Substance

• A New Type of Photonic Time Crystal Gives Light a Boost

• Origami-Inspired Robots Can Sense, Analyze and Act in Challenging Environments

• Plastic Transistor Amplifies Biochemical Sensing Signal

• Magnon-Based Computation Could Signal Computing Paradigm Shift

• First Silicon Integrated ECRAM for a Practical AI Accelerator
• Advanced Electrode to Help Remediation of Stubborn New 'forever Chemicals'

• Looking from Different Perspectives! Proper Electronic Structure of Near-Infrared Absorbing Functional Dyes Discovered

• AI 'brain' Created from Core Materials for OLED TVs

• Optical Switching at Record Speeds Opens Door for Ultrafast, Light-Based Electronics and Computers
• Tackling Counterfeit Seeds With 'unclonable' Labels

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

• Head-Worn Device Can Control Mobile Manipulators
• Researchers Create Breakthrough Spintronics Manufacturing Process That Could Revolutionize the Electronics Industry
• Sculpting Quantum Materials for the Electronics of the Future

• 3D-Printed Revolving Devices Can Sense How They Are Moving
• Wearable Health Sensor for Monitoring Muscle Atrophy

• Electronic Skin as Flexible as Crocodile Skin
• Scientists Develop Energy-Saving, Tunable Meta-Devices for High-Precision, Secure 6G Communications

• Observations Open Door to Improved Luminous Efficiency of Organic LEDs

• New Kind of Transistor Could Shrink Communications Devices on Smartphones

• New 'phase Shifter' Technology Will Reduce Signal Loss in Antenna Systems

• Edible Electronics: How a Seaweed Second Skin Could Transform Health and Fitness Sensor Tech

• Augmented Reality Headset Enables Users to See Hidden Objects

• A New Chip for Decoding Data Transmissions Demonstrates Record-Breaking Energy Efficiency
• Electrodes Grown in the Brain -- Paving the Way for Future Therapies for Neurological Disorders
• Let There Be (Controlled) Light
• The Quantum Twisting Microscope: A New Lens on Quantum Materials

• 'Electronic Nose' Built With Sustainably Sourced Microbial Nanowires That Could Revolutionize Health Monitoring
• First Transient Electronic Bandage Speeds Healing by 30%
• This New Sensor Can Detect Mercury Ions With Just a Tap
• New Technology Turns Smartphones Into RFID Readers, Saving Costs and Reducing Waste

• 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

• Proposed Quantum Device May Succinctly Realize Emergent Particles Such as the Fibonacci Anyon

• When the Light Is Neither 'on' Nor 'off' In the Nanoworld

• Atom-Thin Walls Could Smash Size, Memory Barriers in Next-Gen Devices
• Chiral Phonons Create Spin Current Without Needing Magnetic Materials
• Chromo-Encryption Method Encodes Secrets With Color
• Mechanical Engineering Meets Electromagnetics to Enable Future Technology

• Virtual and Augmented Reality: Researchers Pioneer Process to Stack Micro-LEDs

• Novel Microscope Developed to Design Better High-Performance Batteries

• Biosensor Could Lead to New Drugs, Sensory Organs on a Chip
• A Faster, More Accurate 3D Modelling Tool Recreates a Landscape's Digital Twin Down to the Pixel Level

• Researchers Take a Step Toward Novel Quantum Simulators

• 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
• New Shield Blocks Electromagnetic Interference While Allowing Wireless Optical Signals

• Recyclable Mobile Phone Batteries a Step Closer With Rust-Busting Invention
• A Butterfly Flaps Its Wings and Scientists Make Jewelry
• Spin Transport Measured Through Molecular Films Now Long Enough to Develop Spintronic Devices

• 'Smart' Walking Stick Could Help Visually Impaired With Groceries, Finding a Seat
• Electronic Nose: Sensing the Odor Molecules on Graphene Surface Layered With Self-Assembled Peptides
• Approaching the Terahertz Regime

• 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