• Researchers Build Bee Robot That Can Twist

• 物理化学家开发光致变色活跃的科尔oids Shedding Light on the Development of New Smart Active Materials

• Milk Reaction Inspires New Way to Make Highly Conductive Gel Films
• Robotic Proxy Brings Remote Users to Life in Real Time

• The Influence of AI on Trust in Human Interaction

• Scurrying Centipedes Inspire Many-Legged Robots That Can Traverse Difficult Landscapes

• Quantum Lidar Prototype Acquires Real-Time 3D Images While Fully Submerged Underwater
• The Future of Data Storage Lies in DNA Microcapsules

• 'Gluing' Soft Materials Without Glue

• 深层神经网络提供了Robust Detection of Disease Biomarkers in Real Time

• Highly Dexterous Robot Hand Can Operate in the Dark -- Just Like Us
• Speedy Robo-Gripper Reflexively Organizes Cluttered Spaces

• How a Horse Whisperer Can Help Engineers Build Better Robots
• Jellyfish-Like Robots Could One Day Clean Up the World's Oceans

• Vaccine Printer Could Help Vaccines Reach More People
• New Programmable Smart Fabric Responds to Temperature and Electricity

• Versatile, High-Speed, and Efficient Crystal Actuation With Photothermally Resonated Natural Vibrations

• Team Designs Four-Legged Robotic System That Can Walk a Balance Beam
• A Neuromorphic Visual Sensor Can Recognize Moving Objects and Predict Their Path

• Multi-Compartment Membranes for Multicellular Robots: Everybody Needs Some Body

• Scientists Create High-Efficiency Sustainable Solar Cells for IoT Devices With AI-Powered Energy Management

• Research in Japan Shows the Way Toward Tactile and Proximity Sensing in Large Soft Robots
• Toward a Safer 'artificial Muscle' Material

• It's All in the Wrist: Energy-Efficient Robot Hand Learns How Not to Drop the Ball

• Table Tennis Brain Teaser: Playing Against Robots Makes Our Brains Work Harder

• Robots Predict Human Intention for Faster Builds

• New Cyber Software Can Verify How Much Knowledge AI Really Knows

• Origami-Inspired Robots Can Sense, Analyze and Act in Challenging Environments
• Robotic Hand Can Identify Objects With Just One Grasp
• Forgive or Forget: What Happens When Robots Lie?

• Microrobot Technology: Externally Connecting in Vivo Neural Networks

• Preschoolers Prefer to Learn from a Competent Robot Than an Incompetent Human

• Meet the Hybrid Micro-Robot: The Tiny Robot That Is Able to Navigate in a Physiological Environment and Capture Targeted Damaged Cells

• Robot Caterpillar Demonstrates New Approach to Locomotion for Soft Robotics
• Biodegradable Artificial Muscles: Going Green in the Field of Soft Robotics
• Simulated Terrible Drivers Cut the Time and Cost of AV Testing by a Factor of One Thousand

• Head-Worn Device Can Control Mobile Manipulators
• A Sowing, Pruning, and Harvesting Robot for SynecocultureTM Farming
• Mind-Control Robots a Reality?

• 3D-Printed Revolving Devices Can Sense How They Are Moving

• Electronic Skin as Flexible as Crocodile Skin

• Resilient Bug-Sized Robots Keep Flying Even After Wing Damage
• Researchers Control the Degree of Twist in Nanostructured Particles

• Mix-and-Match Kit Could Enable Astronauts to Build a Menagerie of Lunar Exploration Bots
• Robots Can Help Improve Mental Wellbeing at Work -- As Long as They Look Right
• Researchers Develop Soft Robot That Shifts from Land to Sea With Ease

• Ultra-Soft and Highly Stretchable Hydrogel-Based Sensor for Monitoring Overactive Bladder

• Fighting Friction to Protect Machinery

• Robot Provides Unprecedented Views Below Antarctic Ice Shelf

• 个神秘的面包屑技巧激发无袖长衫tic Exploration of Caves on Mars and Beyond

• Tiny New Climbing Robot Was Inspired by Geckos and Inchworms

• Reaching Like an Octopus: A Biology-Inspired Model Opens the Door to Soft Robot Control

• This New Sensor Can Detect Mercury Ions With Just a Tap

• Robot Helps Students With Learning Disabilities Stay Focused

• Researchers Develop New, Automated, Powerful Diagnostic Tool for Drug Detection

• Compact, Non-Mechanical 3D Lidar System Could Make Autonomous Driving Safer
• Bite This! Mosquito Feeding Chamber Uses Fake Skin, Real Blood

• Engineers Devise a Modular System to Produce Efficient, Scalable Aquabots
• Interactive Cyber-Physical Human: Generating Contact-Rich Whole-Body Motions

• Robot: I'm Sorry. Human: I Don't Care Anymore!

• Contributing to the Utilization of Big Data! Developing New Data Learning Methods for Artificial Intelligence

• Legged Robots Need More Testing Before Real-World Use
• Autonomous Steering System Keeps Human Drivers Engaged

• A Fairy-Like Robot Flies by the Power of Wind and Light

• Artificial Human Skin Paves the Way to New Skin Cancer Therapy
• Versatile Robo-Dog Runs Through the Sandy Beach at 3 Meters Per Second

• Person-Shaped Robot Can Liquify and Escape Jail, All With the Power of Magnets
• Artificial Photosynthesis Uses Sunlight to Make Biodegradable Plastic

• Fish Sensory Organ Key to Improving Navigational Skills of Underwater Robots

• Click Beetle-Inspired Robots Jump Using Elastic Energy
• New Soft Robots Poised to Be More Agile, Controlled

• Squid Tissues and Chemistry Combine for Versatile Hydrogels

• 'Smart' Walking Stick Could Help Visually Impaired With Groceries, Finding a Seat
• How to Push, Wiggle, or Drill an Object Through Sand

• Microelectronics Give Researchers a Remote Control for Biological Robots

• A Precision Arm for Miniature Robots
• Feathered Robotic Wing Paves Way for Flapping Drones

• Words Prove Their Worth as Teaching Tools for Robots

• The Physical Intelligence of Ant and Robot Collectives

• Should We Tax Robots?
• New Software Based on Artificial Intelligence Helps to Interpret Complex Data

• New Winged Robot Can Land Like a Bird
• Designing Better Battery Electrolytes

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

• New Robot Does 'the Worm' When Temperature Changes

• Molecular Shape-Shifting
• Model Shows How Intelligent-Like Behavior Can Emerge from Non-Living Agents

• Bolstering the Safety of Self-Driving Cars With a Deep Learning-Based Object Detection System

• Soft Robot Detects Damage, Heals Itself

• Researchers Use Ultrasound Waves to Move Objects Hands-Free

• Checking Blood Pressure in a Heartbeat, Using Artificial Intelligence and a Camera

• Pulses Driven by Artificial Intelligence Tame Quantum Systems
• Swimming Habits of Gelatinous Animals Are Inspiring Underwater Vehicle Design

• Making 'transport' Robots Smarter

• New Programming Tool Turns Sketches, Handwriting Into Code
• A Life-Inspired System Dynamically Adjusts to Its Environment

• A Far-Sighted Approach to Machine Learning

• Teaching Photonic Chips to 'learn'
• Self-Organization: What Robotics Can Learn from Amoebae

• Fruit Flies Use Corrective Movements to Maintain Stability After Injury