• Can't Find Your Phone? There's a Robot for That

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

• Researchers Detect and Classify Multiple Objects Without Images

• A Touch-Responsive Fabric Armband -- For Flexible Keyboards, Wearable Sketchpads

• Researchers Explore Why Some People Get Motion Sick Playing VR Games While Others Don't

• Surface Steers Signals for Next-Gen Networks

• AI-Equipped Eyeglasses Read Silent Speech
• Technology Advance Paves Way to More Realistic 3D Holograms for Virtual Reality and More

• Mind-Control Robots a Reality?

• The Future of Touch

• Augmented Reality Headset Enables Users to See Hidden Objects

• Wireless, Soft E-Skin for Interactive Touch Communication in the Virtual World

• A New Technique Creates Greater Fidelity in Bioprinting Functional Human Tissues

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

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

• Video Game Playing Causes No Harm to Young Children's Cognitive Abilities, Study Finds

• Can a Computer Teach Babies to Count?

• A Neuro-Chip to Manage Brain Disorders

• COVID Calculations Spur Solution to Old Problem in Computer Science

• Nanoimprinting Technique for Humidity-Responsive Holographic Images

• Researchers Develop All-Optical Approach to Pumping Chip-Based Nanolasers
• Researchers Develop Wireless, Ultrathin 'Skin VR' To Provide a Vivid, 'personalized' Touch Experience in the Virtual World

• 2D Material May Enable Ultra-Sharp Cellphone Photos in Low Light
• Screen Time Linked to OCD in U.S. Preteens

• Deep-Space Optical Communication Demonstration Project Forges Ahead

• New Quantum Computing Feat Is a Modern Twist on a 150-Year-Old Thought Experiment
• Online Gaming Enhances Career Prospects and Develops Soft Skills, Finds New Study

• New Programming Tool Turns Sketches, Handwriting Into Code

• Quantum Algorithms Save Time in the Calculation of Electron Dynamics

• Lack of Computer Access Linked to Poorer Mental Health in Young People During COVID-19 Pandemic

• Machine Learning, from You

• Unveiling the Dimensionality of Complex Networks Through Hyperbolic Geometry

• A Broader Definition of Learning Could Help Stimulate Interdisciplinary Research

• Introducing FathomNet: New Open-Source Image Database Unlocks the Power of AI for Ocean Exploration

• Algorithms Predict Sports Teams' Moves With 80% Accuracy

• Nanoprinting Electrodes for Customized Treatments of Disease

• Video Games Offer the Potential of 'experiential Medicine'

• Researchers Create Single-Crystal Organometallic Perovskite Optical Fibers

• Even Smartest AI Models Don't Match Human Visual Processing

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

• Gamers Can Have Their Cake and Eat It Too

• Using Digital Media to Relax Is Related to Lower-Quality Parenting

• 2D Array of Electron and Nuclear Spin Qubits Opens New Frontier in Quantum Science

• Leadership Online: Charisma Matters Most in Video Communication

• Gesture-Based Communication Techniques May Ease Video Meeting Challenges

• Using Smartphones Could Help Improve Memory Skills
• Engineers Repurpose 19th-Century Photography Technique to Make Stretchy, Color-Changing Films

• A Roadmap for the Future of Quantum Simulation

• Robots Learn Household Tasks by Watching Humans
• Motion Capture Reveals Why VAR in Football Struggles With Offside Decisions

• Researchers Use Quantum-Inspired Approach to Increase Lidar Resolution

• Video Game Players Show Enhanced Brain Activity, Decision-Making Skill Study

• Humans in the Loop Help Robots Find Their Way
• Who's Really in Control?

• Optical Microphone Sees Sound Like Never Before

• Calculating the 'fingerprints' Of Molecules With Artificial Intelligence

• Researchers Demonstrate 40-Channel Optical Communication Link

• A 'Goldilocks Amount' Of Time Spent Online Could Be Good for Teenagers' Wellbeing

• AI Learns Coral Reef 'song'

• Agriculture Tech Use Opens Possibility of Digital Havoc

• Novel AI Algorithm for Digital Pathology Analysis

• Haptics Device Creates Realistic Virtual Textures

• Neuromorphic Memory Device Simulates Neurons and Synapses
• Virtual Immune System Roadmap Unveiled

• New Thermal Management Technology for Electronic Devices Reduces Bulk While Improving Cooling

• Head, Body, Eye Coordination Conserved Across Animal Kingdom

• Harnessing the Powers of Light to Operate Computers

• 'Digital Twins,' An Aid to Give Individual Patients the Right Treatment at the Right Time

• 'Eye-Catching' Smartphone App Could Make It Easy to Screen for Neurological Disease at Home

• DIY Digital Archaeology: New Methods for Visualizing Small Objects and Artifacts

• 可以基于映像的心电图Algorithm Improve Access to Care in Remote Settings?

• New Software to Help Discover Valuable Compounds

• Keeping the Light from Fading

• Getting Warmer: Improving Heat Flux Modeling
• Artificial Intelligence to Bring Museum Specimens to the Masses

• Tackling Large Data Sets and Many Parameter Problems in Particle Physics
• 'Off Label' Use of Imaging Databases Could Lead to Bias in AI Algorithms

• Intensity Control of Projectors in Parallel: A Doorway to an Augmented Reality Future

• Stackable 'holobricks' Can Make Giant 3D Images
• A New Brain-Computer Interface With a Flexible Backing

• Researchers Use Flat Lenses to Extend Viewing Distance for 3D Display
• Robot That Seems to Convey Emotion While Reading

• Mathematical Discovery Could Shed Light on Secrets of the Universe

• Temperature Variation Could Help New Touchscreen Technology Simulate Virtual Shapes
• Computer Games in the Classroom: Educational Success Depends on the Teacher

• New Approach to Flexible Robotics and Metamaterials Design Mimics Nature, Encourages Sustainability

• Fingertip Sensitivity for Robots

• A Minecraft Build Can Be Used to Teach Almost Any Subject

• Musicians, Chemists Use Sound to Better Understand Science

• An Innovative Technology for 6G Communication Networks

• Combining Traditional Mandala Coloring and Brain Sensing Technologies to Aid Mindfulness

• Researchers Resurrect and Improve a Technique for Detecting Transistor Defects

• Technique Improves AI Ability to Understand 3D Space Using 2D Images

• A Soft, Stretchable Thermometer

• Harnessing Noise in Optical Computing for AI
• How Robots Learn to Hike

• How to Make Sure Digital Technology Works for the Public Good

• Fully 3D-Printed, Flexible OLED Display

• Mass Production of Revolutionary Computer Memory Moves Closer With ULTRARAM™ on Silicon Wafers for the First Time

• Simple, Accurate, and Efficient: Improving the Way Computers Recognize Hand Gestures