• Physicists Take the Temperature of Fluid Flows and Discover New Role for Turbulence

• Physicists Discover 'stacked Pancakes of Liquid Magnetism'

• Extracting the Best Flavor from Coffee

• Why Do Champagne Bubbles Rise the Way They Do? Scientists' New Discovery Is Worthy of a Toast

• Too Much Water Can Make Whiskies Taste the Same

• The Future Is Foggy for Arctic Shipping
• Is the Ocean a Solution for Ushering in the Era of Environmentally Friendly Energy?
• How Spheres Become Worms

• Progress in Alternative Battery Technology
• Treating Polluted Water With Nanofiber Membranes
• Improving Bloodstain Pattern Analysis With Fluid Dynamics

• Even as Temperatures Rise, This Hydrogel Material Keeps Absorbing Moisture

• Filtering Pollution: A Microfluidic Device for Collecting Microplastics Via Acoustic Focusing

• Recovering Rare Earth Elements in Environmental Water
• Multi-Compartment Membranes for Multicellular Robots: Everybody Needs Some Body

• Your Fork Could Someday Be Made of Sugar, Wood Powders and Degrade on-Demand

• Two-Dimensional Nanoparticles With Great Potential

• Sailing Cargo Ships Can Benefit from New Aerodynamic Tech
• Researchers Devise New Membrane Mirrors for Large Space-Based Telescopes

• Thread-Like Pumps Can Be Woven Into Clothes

• Pulsing Ultrasound Waves Could Someday Remove Microplastics from Waterways
• Tiny Yet Hazardous: New Study Shows Aerosols Produced by Contaminated Bubble Bursting Are Far Smaller Than Predicted
• Advanced Electrode to Help Remediation of Stubborn New 'forever Chemicals'

• To Uncover New Fluid Flow Laws, Researchers Turn to Drinking Straws

• New Water Treatment Zaps 'forever Chemicals' For Good

• Uracil Found in Ryugu Samples
• Cascading Failures in Urban Traffic Systems Tied to Hidden Bottlenecks

• Another Crystalline Layer on Crystal Surface as a Precursor of Crystal-to-Crystal Transition

• Breakthrough in the Understanding of Quantum Turbulence
• New Approach to Harvesting Aerial Humidity With Organic Crystals

• New Ultrasound Method Could Lead to Easier Disease Diagnosis

• Electrocatalysis Under the Atomic Force Microscope

• Hitting Nuclei With Light May Create Fluid Primordial Matter
• A Surprising Way to Trap a Microparticle
• Just Add Water: How Diluting Ouzo Liquor Could Lead to Better Emulsions

• Robot Provides Unprecedented Views Below Antarctic Ice Shelf

• Four Ways to Reduce Unwanted Iodized Table Salt Reactions When Boiling Pasta

• New Purification Method Could Make Protein Drugs Cheaper

• Researchers Uncover New Water Monitoring Technique

• 2D Janus Materials Could Harvest Abundant Hydrogen Fuel

• Nanomaterial Boosts Potency of Coronavirus Disinfectants

• Enhanced Arsenic Detection in Water, Food, Soil

• 为电子图形一帆风顺ne

• New Technology Revolutionizes the Analysis of Old Ice
• Keeping Drivers Safe With a Road That Can Melt Snow, Ice on Its Own
• New Ultrafast Water Disinfection Method Is More Environmentally Friendly

• New Technique Maps Large-Scale Impacts of Fire-Induced Permafrost Thaw in Alaska
• The Perfect Pour: Model Predicts Beer Head Features
• Want Healthy Valentine Chocolates? We Can Print Them

• Artificial Sweetener as Wastewater Tracer
• This Loofah-Inspired, Sun-Driven Gel Could Purify All the Water You'll Need in a Day

• Why Icicles Are Rippled
• Optimal Layout for a Hospital Isolation Room to Contain COVID-19 Includes Ceiling Vent

• New Ice Is Like a Snapshot of Liquid Water
• Streamlining the Situation
• Researchers Develop Elastic Material That Is Impervious to Gases and Liquids

• Seawater Split to Produce 'green' Hydrogen

• An Illuminated Water Droplet Creates an 'optical Atom'
• Biological Patterns: Directed by Intracellular Flows

• Meteorites Reveal Likely Origin of Earth's Volatile Chemicals

• New Soft Robots Poised to Be More Agile, Controlled

• New 'whipping Jet' Sprayer Controls How Aerosols Move
• Incorporation of Water Molecules Into Layered Materials Impacts Ion Storage Capability
• Physical Effect Also Valid in the Quantum World

• Simulations and Experiments Reveal Unprecedented Detail About Water's Motion in Salt Water
• Using Cancer Cells as Logic Gates to Determine What Makes Them Move
• Ionic Liquids' Good Vibrations Change Laser Colors With Ease

• Nanoparticles Make It Easier to Turn Light Into Solvated Electrons

• Interfacial Interactions of the Lead-Free Perovskite for Efficient Hydrogen Production
• A Precision Arm for Miniature Robots
• Why Chocolate Feels So Good -- It Is All Down to Lubrication

• Humidity May Be the Key to Super-Lubricity 'switch'

• Turning Plastic Waste Into a Valuable Soil Additive

• New Method to Introduce Efficient Water Splitting for Hydrogen Production at Low Voltage

• A Step Towards Solar Fuels out of Thin Air
• Eco-Friendly Materials Capable of Purifying Water at High Speed With Inexpensive Raw Materials
• Scientists Develop a Cool New Method of Refrigeration

• 'Better Picker-Upper' Absorbs Three Times More Liquid Than a Paper Towel
• Materials Science: A Rough Start Can Lead to a Strong Bond

• Using Machine Learning to Better Understand How Water Behaves

• Christmas-Colored Droplets Hint at Solutions for Fog Harvesting
• 动态分形中发现干净的磁哭泣stal
• Mitigating Corrosion by Liquid Tin Could Lead to Better Cooling in Fusion Reactors

• Producing 'green' Energy -- Literally -- From Living Plant 'bio-Solar Cells'
• Watching Water Droplets Merge on the International Space Station

• Designing Self-Assembling 'smart Materials'
• A Peculiar Protected Structure Links Viking Knots With Quantum Vortices
• Good Vibrations Turbo Charge Green Hydrogen Production

• Researchers Shed (Laser) Light on Emerging Water Treatment Technique

• Computational System Streamlines the Design of Fluidic Devices
• Solving the Puzzle: Cubic Silicon Carbide Wafer Demonstrates High Thermal Conductivity, Second Only to Diamond
• Scientists Shine a Light on What Comes Up When You Flush

• Tiny Underwater Sand Dunes May Shed Light on Larger Terrestrial and Martian Formations
• Researchers Propose New Structures to Harvest Untapped Source of Freshwater

• Researchers Advance Insights Into Cause of Ripples on Icicles

• An Exotic Interplay of Electrons

• New Data Set Improves Modeling of Supersonic Flows Around a Cantilever
• Researchers Decrypt Transport Dynamics of Porous Media
• Designing Better Water Filters With AI
• Researchers Introduce an Energy-Efficient Method to Enhance Thermal Conductivity of Polymer Composites