• Research Shows Mobile Phone Users Do Not Understand What Data They Might Be Sharing

• 深层神经网络提供了健壮的潜艇雷达ction of Disease Biomarkers in Real Time
• Could Wearables Capture Well-Being?

• Lithography-Free Photonic Chip Offers Speed and Accuracy for Artificial Intelligence

• New Programmable Smart Fabric Responds to Temperature and Electricity

• Photonic Filter Separates Signals from Noise to Support Future 6G Wireless Communication

• AI-Equipped Eyeglasses Read Silent Speech

• Smart Watches Could Predict Higher Risk of Heart Failure

• Prototype Taps Into the Sensing Capabilities of Any Smartphone to Screen for Prediabetes
• New Chip Design to Provide Greatest Precision in Memory to Date

• Magnon-Based Computation Could Signal Computing Paradigm Shift

• First Silicon Integrated ECRAM for a Practical AI Accelerator

• 'Inkable' Nanomaterial Promises Big Benefits for Bendable Electronics

• Head-Worn Device Can Control Mobile Manipulators
• Scientists Open Door to Manipulating 'quantum Light'
• Researchers Create Breakthrough Spintronics Manufacturing Process That Could Revolutionize the Electronics Industry
• Detecting Manipulations in Microchips

• Could AI-Powered Object Recognition Technology Help Solve Wheat Disease?

• New Kind of Transistor Could Shrink Communications Devices on Smartphones

• Complex Oxides Could Power the Computers of the Future

• Phone-Based Measurements Provide Fast, Accurate Information About the Health of Forests

• Detecting Anemia Earlier in Children Using a Smartphone
• Researchers Test Smart Surfaces to Improve Wireless Communication and Localization

• Scholars Unify Color Systems Using Prime Numbers

• Your Gut's Microbiome, on a Chip

• A New Chip for Decoding Data Transmissions Demonstrates Record-Breaking Energy Efficiency

• Hands-Free Tech Adds Realistic Sense of Touch in Extended Reality
• Can Smart Watches and Other Fitness and Wellness Trackers Do More Harm Than Good for Some People?
• New Technology Turns Smartphones Into RFID Readers, Saving Costs and Reducing Waste

• Solid-State Thermal Transistor Demonstrated

• Electronic Metadevices Break Barriers to Ultra-Fast Communications

• Chiral Phonons Create Spin Current Without Needing Magnetic Materials

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

• Voice-Activated System for Hands-Free, Safer DNA Handling

• Legged Robots Need More Testing Before Real-World Use

• Powering Wearable Technology With MXene Textile Supercapacitor 'patch'

• 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
• Altered Speech May Be the First Sign of Parkinson's Disease
• Spin Transport Measured Through Molecular Films Now Long Enough to Develop Spintronic Devices

• Getting Kids Outdoors Can Reduce the Negative Effects of Screen Time

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

• Screen-Printing Method Can Make Wearable Electronics Less Expensive

• Project Aims to Expand Language Technologies

• 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

• 新的和改进的多波段操作接收机for 5G New Radio Communication

• At the Edge of Graphene-Based Electronics

• Strong Metaphorical Messages Can Help Tackle Toxic E-Waste

• A Shield for 2D Materials That Adds Vibrations to Reduce Vibration Problems

• 2D Material May Enable Ultra-Sharp Cellphone Photos in Low Light
• Frequently Using Digital Devices to Soothe Young Children May Backfire

• A Novel, Space-Time Coding Antenna Promotes 6G and Secure Wireless Communications

• Fitness Levels Can Be Accurately Predicted Using Wearable Devices -- No Exercise Required

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

• New Quantum Computing Feat Is a Modern Twist on a 150-Year-Old Thought Experiment
• High-Performance and Compact Vibration Energy Harvester Created for Self-Charging Wearable Devices

• Sweet New Way to Print Microchip Patterns on Curvy Surfaces

• Skin-Like Electronics Could Monitor Your Health Continuously
• A Navigation System With 10 Centimeter Accuracy

• AI Transforms Smartwatch ECG Signals Into a Diagnostic Tool for Heart Failure

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

• Wrist-Mounted Camera Captures Entire Body in 3D
• Faster and More Efficient Computer Chips Thanks to Germanium

• Can Your Phone Tell If a Bridge Is in Good Shape?
• Researchers Discover Security Loophole Allowing Attackers to Use WiFi to See Through Walls

• 2D Nanosheets as Anodes in Li-Ion Batteries: The Answer Is in the Sheets

• All Solid-State LiDAR Sensor That Sees 360°

• Miniaturized Infrared Detectors

• Can Smartphones Predict Mortality Risk?
• Tapping Hidden Visual Information: An All-in-One Detector for Thousands of Colors
• New Computing Architecture: Deep Learning With Light

• Does Reducing Screen Time Increase Productivity? Not Necessarily

• Are Smartwatch Health Apps to Detect Atrial Fibrillation Smart Enough?

• Superconducting Hardware Could Scale Up Brain-Inspired Computing
• Disposable Electronics on a Simple Sheet of Paper

• Stretchy, Bio-Inspired Synaptic Transistor Can Enhance, Weaken Device Memories

• Smartphones Promise Satisfaction and Meaning, Deliver Only More Searching, Study Finds

• Key Element for a Scalable Quantum Computer

• 'Digital Mask' Could Protect Patients' Privacy in Medical Records

• Intelligent Cooperation to Provide Surveillance and Epidemic Services in Smart Cities

• Pioneering Mathematical Formula Paves Way for Exciting Advances in Health, Energy, and Food Industry

• PetTrack Lets Owners Know Exactly Where Their Dog Is
• Researchers Use Infrared Light to Wirelessly Transmit Power Over 30 Meters

• Underwater Messaging App for Smartphones

• Silicon Image Sensor That Computes

• Smartphones Make Consumers Prefer Unique, Tailored Products

• Compost to Computer: Bio-Based Materials Used to Salvage Rare Earth Elements

• A New Neuromorphic Chip for AI on the Edge, at a Small Fraction of the Energy and Size of Today's Compute Platforms

• Thinking Like a Cyber-Attacker to Protect User Data

• Leadership Online: Charisma Matters Most in Video Communication

• Using Smartphones Could Help Improve Memory Skills
• Fiddler Crab Eye View Inspires Researchers to Develop Novel Artificial Vision

• A Roadmap for the Future of Quantum Simulation

• New Hardware Offers Faster Computation for Artificial Intelligence, With Much Less Energy

• Boosting Memory Performance by Strong Ion Bombardment

• Magnetic Memory Milestone