Consumer Electronics News

• Robots Cause Company Profits to Fall -- At Least at First

• Faster Thin Film Devices for Energy Storage and Electronics

• Way Cool: 'freeze Ray' Technology

• Engineering Team Uses Diamond Microparticles to Create High Security Anti-Counterfeit Labels

• Groundbreaking E-Scooter Study Shows Surface Transitions as Most Common Hurdle

• 'Quantum Avalanche' Explains How Nonconductors Turn Into Conductors

• Renewable Solar Energy Can Help Purify Water, the Environment

• New Superconductors Can Be Built Atom by Atom
• Researchers Develop Approach That Can Enable Inexpensive Mass Manufacturing of Micro-LED Displays

• A Foundation That Fits Just Right Gives Superconducting Nickelates a Boost
• Generative AI 'fools' Scientists With Artificial Data, Bringing Automated Data Analysis Closer

• Organic Electronics: Sustainability During the Entire Lifecycle

• Nanosheet Technology Developed to Boost Energy Storage Dielectric Capacitors

• Cutting Edge Transistors for Semiconductors of the Future

• Researchers Demonstrate Single-Molecule Electronic 'switch' Using Ladder-Like Molecules
• The Device That Can Remotely and Accurately Monitor Breathing: Tested on Cane Toads

• Transferring Data With Many Colors of Light Simultaneously
• Soft, Ultrathin Photonic Material Cools Down Wearable Electronic Devices

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

• Novel Metal-Organic Framework Could Help Advance Semiconductors

• Towards Efficient Lithium--Air Batteries With Solution Plasma-Based Synthesis of Perovskite Hydroxide Catalysts

• Breakthrough Innovation Could Solve Temperature Issues for Source-Gated Transistors and Lead to Low-Cost, Flexible Displays

• Cleaner Air With a Cold Catalytic Converter

• All-Electric Rideshare Fleet Could Reduce Carbon Emissions, Increase Traffic Issues

• 新型铁电体的更多Efficient Microelectronics
• Megawatt Electrical Motor Designed by Engineers Could Help Electrify Aviation
• New Method Takes the Uncertainty out of Oxide Semiconductor Layering

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

• 'Heat Highways' Could Keep Electronics Cool

• Metal Shortage Could Put the Brakes on Electrification

• An Algorithm for Sharper Protein Films
• Fastest Industry Standard Optical Fiber

• Twisting Under the Stroboscope -- Controlling Crystal Lattices of Hybrid Solar Cell Materials With Terahertz Light
• Snapshots of Photoinjection

• Scientists Find Evidence for New Superconducting State in Ising Superconductor
• Propellers Are Louder Over Ground

• Effects of Crypto Mining on Texas Power Grid

• An Electric Vehicle Battery for All Seasons

• Milk Reaction Inspires New Way to Make Highly Conductive Gel Films

• 'Gluing' Soft Materials Without Glue

• 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

• Now You Can Be Comfortable in Your E-Skin
• How Electricity Can Heal Wounds Three Times as Fast

• Laser Light Hybrids Control Giant Currents at Ultrafast Times

• Electrification Push Will Have Enormous Impacts on Critical Metals Supply Chain

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

• Plastic Transistor Amplifies Biochemical Sensing Signal
• Mathematical Model Provides Bolt of Understanding for Lightning-Produced X-Rays

• Magnon-Based Computation Could Signal Computing Paradigm Shift

• First Silicon Integrated ECRAM for a Practical AI Accelerator

• 'Smart' Bandages Monitor Wounds and Provide Targeted Treatment

• Scientists Discover Easy Way to Make Atomically-Thin Metal Layers for New Technology
• Visualizing Spatial Distribution of Electric Properties at Microscales With Liquid Crystal Droplets

• Optical Switching at Record Speeds Opens Door for Ultrafast, Light-Based Electronics and Computers
• New Invention: The Oxygen-Ion Battery

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

• Superconducting Amplifiers Offer High Performance With Lower Power Consumption

• Propeller Advance Paves Way for Quiet, Efficient Electric Aviation

• New Kind of Transistor Could Shrink Communications Devices on Smartphones

• A 4D Printer for Smart Materials With Magneto-and Electro-Mechanical Properties Has Been Developed

• Controlling Electric Double Layer Dynamics for Next Generation All-Solid-State Batteries

• Destroying the Superconductivity in a Kagome Metal

• Fastest Laser Camera Films Combustion in Real Time

• Electrodes Grown in the Brain -- Paving the Way for Future Therapies for Neurological Disorders
• The Quantum Twisting Microscope: A New Lens on Quantum Materials

• Study Offers Details on Using Electric Fields to Tune Thermal Properties of Ferroelectric Materials

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

• Electronic Metadevices Break Barriers to Ultra-Fast Communications

• New Ultrafast Water Disinfection Method Is More Environmentally Friendly
• TFT Strategy to Enhance Flexible Display Panel Performance

• Engineers Discover a New Way to Control Atomic Nuclei as 'qubits'

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

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

• Scientists Boost Quantum Signals While Reducing Noise
• Beyond Lithium: A Promising Cathode Material for Magnesium Rechargeable Batteries

• A Quasiparticle That Can Transfer Heat Under Electrical Control

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

• Researchers Decipher Atomic-Scale Imperfections in Lithium-Ion Batteries
• Versatile Robo-Dog Runs Through the Sandy Beach at 3 Meters Per Second

• 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
• Two Technical Breakthroughs Make High-Quality 2D Materials Possible
• Engineers Grow 'perfect' Atom-Thin Materials on Industrial Silicon Wafers

• Computers That Power Self-Driving Cars Could Be a Huge Driver of Global Carbon Emissions
• Screen-Printing Method Can Make Wearable Electronics Less Expensive

• Now on the Molecular Scale: Electric Motors

• 新电池可以防止飓风后电Vehicle Fires

• Efficient Sodium-Ion Battery Anode for Energy Storage

• Next-Generation Wireless Technology May Leverage the Human Body for Energy

• 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