• 'Electronic Skin' From Bio-Friendly Materials Can Track Human Vital Signs With Ultrahigh Precision
• Squid-Inspired Soft Material Is a Switchable Shield for Light, Heat, Microwaves

• Buckle Up! A New Class of Materials Is Here

• Researchers Finds a Way to Reduce the Overheating of Semiconductor Devices
• The 'breath' Between Atoms -- A New Building Block for Quantum Technology

• First X-Ray of a Single Atom
• World's Fastest Electron Microscope
• A Nanocrystal Shines on and Off Indefinitely
• Color-Changing Material Shows When Medications Get Too Warm

• Biological Specimens Imaged With X-Rays Without Damage

• Protein-Based Nano-'computer' Evolves in Ability to Influence Cell Behavior

• 米aking the Structure of 'fire Ice' With Nanoparticles

• 米edical 'microrobots' Could One Day Treat Bladder Disease, Other Human Illnesses

• 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

• An Edible CBD Coating Could Extend the Shelf Life of Strawberries

• New Priming Method Improves Battery Life, Efficiency

• 米etal-Filtering Sponge Removes Lead from Water

• 'Super-Resolution' Imaging Technology

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

• Engineers Tap Into Good Vibrations to Power the Internet of Things

• A Touch-Responsive Fabric Armband -- For Flexible Keyboards, Wearable Sketchpads
• Self-Folding Origami Machines Powered by Chemical Reaction
• Toys Demonstrate How Biological Machines Move

• Engineers 'grow' Atomically Thin Transistors on Top of Computer Chips

• How Spheres Become Worms

• Nifty Nanoparticles Help 'peel Back the Curtain' Into the World of Super Small Things

• A Simple Paper Test Could Offer Early Cancer Diagnosis

• 'BeerBots' Could Speed Up the Brewing Process
• New Programmable Smart Fabric Responds to Temperature and Electricity
• Cryo-Imaging Lifts the Lid on Fuel Cell Catalyst Layers

• Nanowire Networks Learn and Remember Like a Human Brain

• Reinforcement Learning: From Board Games to Protein Design

• Stab-Resistant Fabric Gains Strength from Carbon Nanotubes, Polyacrylate
• Novel Nanocages for Delivery of Small Interfering RNAs

• Chemists Propose Ultrathin Material for Doubling Solar Cell Efficiency

• Physicists Discover Transformable Nano-Scale Electronic Devices
• A Novel Platinum Nanocluster for Improved Oxygen Reduction Reaction in Fuel Cells

• Processing Data at the Speed of Light
• Implantable Device Shrinks Pancreatic Tumors

• Pollution Monitoring Through Precise Detection of Gold Nanoparticles in Woodlice

• New Atomic-Scale Understanding of Catalysis Could Unlock Massive Energy Savings
• Fully Recyclable Printed Electronics Ditch Toxic Chemicals for Water
• Two-Dimensional Nanoparticles With Great Potential
• Super-Sized Nanocage Could Deliver Bigger Drug Cargoes

• Revolutionary Battery Technology to Boost EV Range 10-Fold or More

• Highly Charged Ions Melt Nano Gold Nuggets
• Biomolecules: Trying Nanometer Measurement for Size
• Probe Where the Protons Go to Develop Better Fuel Cells
• Nanophysics: The Right Twist

• Semiconductor Lattice Marries Electrons and Magnetic Moments

• Ultra-Lightweight Multifunctional Space Skin Created to Withstand Extreme Conditions in Space
• Batteries: Passivation Layer Mystery Solved
• 'Inkable' Nanomaterial Promises Big Benefits for Bendable Electronics

• 'Fishing' For Biomarkers
• Nanotechnology Could Treat Lymphedema
• 米ind-Control Robots a Reality?

• 米ajor Advance in Super-Resolution Fluorescence Microscopy

• Researchers Control the Degree of Twist in Nanostructured Particles

• Game-Changing High-Performance Semiconductor Material Could Help Slash Heat Emissions

• Scientists Transform Algae Into Unique Functional Perovskites With Tunable Properties
• Are Piezoelectrics Good for Generating Electricity? Perhaps, but We Must Decide How to Evaluate Them
• 3D Internal Structure of Rechargeable Batteries Revealed

• 米icroscopy: Highest Resolution in Three Dimensions
• Some Stirring Required: Fluid Mixing Enables Scalable Manufacturing of Soft Polymer Structures

• Knots Smaller Than Human Hair Make Materials Unusually Tough

• New Kind of Transistor Could Shrink Communications Devices on Smartphones

• Graphene Quantum Dots Show Promise as Novel Magnetic Field Sensors
• An Innovative Twist on Quantum Bits: Tubular Nanomaterial of Carbon Makes Ideal Home for Spinning Quantum Bits
• Bending 2D Nanomaterial Could 'switch On' Future Technologies

• Scientists Develop Novel Approach to Enhance Drug Delivery for Brain Tumors in Children

• New Purification Method Could Make Protein Drugs Cheaper
• A Motion Freezer for Many Particles

• Tiny New Climbing Robot Was Inspired by Geckos and Inchworms
• 纳米尺度上的混乱

• Fastest Laser Camera Films Combustion in Real Time

• Heterostructures Support Predictions of Counterpropagating Charged Edge Modes at the V=2/3 Fractional Quantum Hall State
• Let There Be (Controlled) Light

• 'Electronic Nose' Built With Sustainably Sourced Microbial Nanowires That Could Revolutionize Health Monitoring
• Nanofluidic Devices Offer Solutions for Studying Single Molecule Chemical Reactions
• This New Sensor Can Detect Mercury Ions With Just a Tap

• Nanoparticles Self-Assemble to Harvest Solar Energy
• These Sports Sensors Could Curb 'bad Calls' And Help Players During Practices

• How a Record-Breaking Copper Catalyst Converts CO2 Into Liquid Fuels
• From Plastic Waste to Valuable Nanomaterials

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

• Chromo-Encryption Method Encodes Secrets With Color

• Can Clay Capture Carbon Dioxide?
• Packaged DNA: New Method to Promote Bone Growth

• 'Game-Changing' Findings for Sustainable Hydrogen Production

• Passive Radiative Cooling Can Now Be Controlled Electrically
• Smart Stitches Could Reduce Infection and Simplify Post Op Monitoring

• Transforming the Way Cancer Vaccines Are Designed and Made

• This Groundbreaking Biomaterial Heals Tissues from the Inside out

• Researchers Demo New Type of Carbon Nanotube Yarn That Harvests Mechanical Energy

• Spin Transport Measured Through Molecular Films Now Long Enough to Develop Spintronic Devices

• Incorporation of Water Molecules Into Layered Materials Impacts Ion Storage Capability

• New Nanoparticles Deliver Therapy Brain-Wide, Edit Alzheimer's Gene in Mice

• Nanoparticles Make It Easier to Turn Light Into Solvated Electrons
• Engineers Grow 'perfect' Atom-Thin Materials on Industrial Silicon Wafers

• Researchers Gain Deeper Understanding of Mechanism Behind Superconductors