• Detecting, Predicting, and Preventing Aortic Ruptures With Computational Modeling

• Thread-Like Pumps Can Be Woven Into Clothes

• Simulated Terrible Drivers Cut the Time and Cost of AV Testing by a Factor of One Thousand

• Ultrafast Beam-Steering Breakthrough

• Qubits Put New Spin on Magnetism: Boosting Applications of Quantum Computers

• Researchers Unveil Smart Contact Lens, Capable of Implementing AR-Based Navigation

• The Future of Touch

• Augmented Reality Headset Enables Users to See Hidden Objects

• Hands-Free Tech Adds Realistic Sense of Touch in Extended Reality

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

• Autonomous Steering System Keeps Human Drivers Engaged

• How a Test Drive May Lead to an Electric Vehicle Purchase

• Researchers Develop Wireless, Ultrathin 'Skin VR' To Provide a Vivid, 'personalized' Touch Experience in the Virtual World

• Improving the Accuracy of Markerless Gait Analysis

• 'Virtual Pillars' Separate and Sort Blood-Based Nanoparticles
• Palm E-Tattoo Can Tell When You're Stressed out

• Fruit Flies Use Corrective Movements to Maintain Stability After Injury

• A Navigation System With 10 Centimeter Accuracy

• Physicists Find New Way to Measure Properties of a Material's Surface Layer

• Using Sound to Model the World

• All Solid-State LiDAR Sensor That Sees 360°

• Virtual Reality Experiences to Aid Substance Use Disorder Recovery
• Physicists Confirm Hitch in Proton Structure

• Smelling in VR Environment Possible With New Gaming Technology

• Good Planning Gets the Bike Rolling

• Can Eyes on Self-Driving Cars Reduce Accidents?

• New Method for Comparing Neural Networks Exposes How Artificial Intelligence Works

• Optical Rule Was Made to Be Broken

• City Digital Twins Help Train Deep Learning Models to Separate Building Facades

• Mimicking Termites to Generate New Materials

• New Chip-Based Beam Steering Device Lays Groundwork for Smaller, Cheaper Lidar

• Augmented Reality Could Be the Future of Paper Books, According to New Research

• Engineers Repurpose 19th-Century Photography Technique to Make Stretchy, Color-Changing Films
• Fiddler Crab Eye View Inspires Researchers to Develop Novel Artificial Vision

• Robot Dog Learns to Walk in One Hour

• 'Fake' Data Helps Robots Learn the Ropes Faster

• Supernumerary Virtual Robotic Arms Can Feel Like Part of Our Body

• Ultra-Thin Film Creates Vivid 3D Images With Large Field of View
• Offshore Wind Farms Expected to Reduce Clam Fishery Revenue, Study Finds

• Training Virtually Can Reduce Psychosocial Stress and Anxiety

• Haptics Device Creates Realistic Virtual Textures

• Algorithms Empower Metalens Design

• Eavesdroppers Can Hack 6G Frequency With DIY Metasurface

• Study Finds Realism a Key Factor in Driving Engagement With Virtual Reality Videos

• Laser Bursts Drive Extremely Fast Logic Gates

• Head, Body, Eye Coordination Conserved Across Animal Kingdom

• Image-Based Mechanical Simulations Improve Accuracy in Gauging Healing Progress of Bone Fractures

• New Technology 3D-Prints Glass Microstructures With Rays of Light

• New Process Enables 3D Printing of Small and Complex Components Made of Glass in Just a Few Minutes

• New Polymer Materials Make Fabricating Optical Interconnects Easier

• How Did Visitors Experience the Domestic Space in Pompeii?

• Adding AI to Museum Exhibits Increases Learning, Keeps Kids Engaged Longer

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

• Stackable 'holobricks' Can Make Giant 3D Images

• Chemical Reaction Design Goes Virtual

• Researchers Use Flat Lenses to Extend Viewing Distance for 3D Display

• Temperature Variation Could Help New Touchscreen Technology Simulate Virtual Shapes

• Forget Handheld Virtual Reality Controllers: A Smile, Frown or Clench Will Suffice

• Where Did That Sound Come From?

• Screening Study IDs Inhibitor of Key COVID Virus Enzyme

• How Robots Learn to Hike

• Boxing Up Molecular Machines

• Rollercoaster of Emotions: Exploring Emotions With Virtual Reality

• Now Scientists Can Efficiently Screen Billions of Chemical Compounds to Find Effective New Drug Therapies

• Virtual Reality Tool to Be Used in the Fight Against Disease

• Virtual Fluid for the Description of Interfacial Effects in Metallic Materials
• New Holographic Camera Sees the Unseen With High Precision

• Autonomous Driving: Saving Millions in Test Kilometers

• Bridging Optics and Electronics

• Ultra-Short Flashes of Light Illuminate a Possible Path to Future Beyond-CMOS Electronics

• Making Self-Driving Cars Human-Friendly

• Soft Pressure Sensor Breakthrough Solves Field's Most Challenging Bottleneck

• Capturing Light: New Ergonomic Photodetector for the Trillion-Sensor Era
• Virtual Reality Affects Children Differently Than Adults

• Poorly Circulated Room Air Raises Potential Exposure to Contaminants by Up to Six Times

• Pioneering Software Can Grow and Treat Virtual Tumors Using AI Designed Nanoparticles

• A Universal System for Decoding Any Type of Data Sent Across a Network

• Walking With Coffee Is a Little-Understood Feat of Physics

• New Artificial Intelligence Tech Set to Transform Heart Imaging

• Artificial Intelligence Re-Stained Images of Tissue Biopsy Expedite Diagnoses
• Highly Conductive and Elastic Nanomembrane for Skin Electronics
• Digitally Removing Clouds from Aerial Images Using Machine Learning

• A Game Changer: Virtual Reality Reduces Pain and Anxiety in Children

• Impenetrable Optical OTP Security Platform
• A Novel Virtual Reality Technology to Make MRI a New Experience

• System Trains Drones to Fly Around Obstacles at High Speeds

• Powering Navigational Buoys With Help of Ocean Waves

• New Simulator Helps Robots Sharpen Their Cutting Skills
• New Quantum Research Gives Insights Into How Quantum Light Can Be Mastered
• Wearable Brain-Machine Interface Turns Intentions Into Actions

• New Algorithms Give Digital Images More Realistic Color

• New Type of Metasurface Allows Unprecedented Laser Control

• Virtual Reality as Pain Relief: Reducing Dressing Change Pain in Pediatric Burn Patients

• Novel Materials: Sound Waves Traveling Backwards

• Machine Learning Speeds Up Simulations in Material Science

• Digital Twin Technology a 'powerful Tool' But Requires Significant Investment, Say Experts

• Locomotion Vault Will Help Guide Innovations in Virtual Reality Locomotion

• Hologram Experts Can Now Create Real-Life Images That Move in the Air

• New Algorithm Uses a Hologram to Control Trapped Ions

• Tool to Track Marine Litter Polluting the Ocean