• New Catalyst Could Dramatically Cut Methane Pollution from Millions of Engines
• Catalyst Can Control Methane Emissions in Natural Gas Engines

• 'Heat Highways' Could Keep Electronics Cool

• Researchers Finds a Way to Reduce the Overheating of Semiconductor Devices

• Thermal Energy Stored by Land Masses Has Increased Significantly

• The Next Generation of Solar Energy Collectors Could Be Rocks

• 作为ntum Scientists Accurately Measure Power Levels One Trillion Times Lower Than Usual

• Sensors That Operate at High Temperatures and in Extreme Environments

• 'Improved' Cookstoves Emit More Ultrafine Particles Than Conventional Stoves

• New Programmable Smart Fabric Responds to Temperature and Electricity

• Even as Temperatures Rise, This Hydrogel Material Keeps Absorbing Moisture
• Tiny Biobattery With 100-Year Shelf Life Runs on Bacteria
• Chemists Propose Ultrathin Material for Doubling Solar Cell Efficiency

• A Solar Hydrogen System That Co-Generates Heat and Oxygen

• Microwaves Advance Solar-Cell Production and Recycling

• Processing Data at the Speed of Light
• Gentle Method Allows for Eco-Friendly Recycling of Solar Cells
• Chemists Redesign Biological PHAs, 'dream' Biodegradable Plastics

• Cities Will Need More Resilient Electricity Networks to Cope With Extreme Weather

• New Textile Unravels Warmth-Trapping Secrets of Polar Bear Fur

• Absolute Zero in the Quantum Computer

• Thermal Paint: MXene Spray Coating Can Harness Infrared Radiation for Heating or Cooling

• Surprise Effect: Methane Cools Even as It Heats
• Colorful Films Could Help Buildings, Cars Keep Their Cool

• What Really Matters in Multi-Story Building Design?

• Robot Caterpillar Demonstrates New Approach to Locomotion for Soft Robotics

• 莫lecular Teamwork Makes the Organic Dream Work
• Bushfire Safe Rooms May Save Lives

• Activity Deep in Earth Affects the Global Magnetic Field

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

• Thermal Conductivity of Metal Organic Frameworks

• New 'camera' With Shutter Speed of 1 Trillionth of a Second Sees Through Dynamic Disorder of Atoms

• Researchers Propose a Simple, Inexpensive Approach to Fabricating Carbon Nanotube Wiring on Plastic Films

• New Method Creates Material That Could Create the Next Generation of Solar Cells

• Neutrons Reveal Key to Extraordinary Heat Transport

• Physicists Give the First Law of Thermodynamics a Makeover
• Study Offers Details on Using Electric Fields to Tune Thermal Properties of Ferroelectric Materials

• Reactive Fabrics Respond to Changes in Temperature
• Solid-State Thermal Transistor Demonstrated

• Proposed Quantum Device May Succinctly Realize Emergent Particles Such as the Fibonacci Anyon
• Add-on Device Makes Home Furnaces Cleaner, Safer and Longer-Lasting

• Chiral Phonons Create Spin Current Without Needing Magnetic Materials

• 'Game-Changing' Findings for Sustainable Hydrogen Production

• A Quasiparticle That Can Transfer Heat Under Electrical Control
• Passive Radiative Cooling Can Now Be Controlled Electrically

• Researchers Can 'see' Crystals Perform Their Dance Moves

• Person-Shaped Robot Can Liquify and Escape Jail, All With the Power of Magnets

• No 'second Law of Entanglement' After All

• Polysulfates Could Find Wide Use in High-Performance Electronics Components

• Improving Perovskite Solar Cell Resistance to Degradation
• Enabling Nanoscale Thermoelectrics With a Novel Organometallic Molecular Junction

• A Big Step Toward 'green' Ammonia and a 'greener' Fertilizer
• Converting Temperature Fluctuations Into Clean Energy With Novel Nanoparticles and Heating Strategy

• Cheap, Sustainable Hydrogen Through Solar Power
• Scientists Develop a Cool New Method of Refrigeration

• Mitigating Corrosion by Liquid Tin Could Lead to Better Cooling in Fusion Reactors
• A Shield for 2D Materials That Adds Vibrations to Reduce Vibration Problems

• Chaos Gives the Quantum World a Temperature

• Gold-Based Passive Heating for Eyewear

• Flameproofing Lithium-Ion Batteries With Salt

• Team Recycles Previously Unrecyclable Plastic
• Researchers Introduce an Energy-Efficient Method to Enhance Thermal Conductivity of Polymer Composites

• Engineers Use Quantum Computing to Develop Transparent Window Coating That Blocks Heat, Saves Energy
• Cooling Down Solar Cells, Naturally
• High-Performance and Compact Vibration Energy Harvester Created for Self-Charging Wearable Devices

• Research Unearths Obscure Heat Transfer Behaviors
• A Life-Inspired System Dynamically Adjusts to Its Environment

• A Nanoscale View of Bubble Formation

• Great Potential for Aquifer Thermal Energy Storage Systems

• How '2D' Materials Expand

• 辐射穿过稠密等离子体如何?
• Trial by Wind: Testing the Heat Resistance of Carbon Fiber-Reinforced Ultra-High-Temperature Ceramic Matrix Composites

• Autonomous Crawling Soft 'ringbots' Can Navigate Narrow Gaps

• With New Heat Treatment, 3D-Printed Metals Can Withstand Extreme Conditions

• Researchers Develop Superfast New Method to Manufacture High-Performance Thermoelectric Devices

• Plant Fibers for Sustainable Devices

• Clear Window Coating Could Cool Buildings Without Using Energy

• Looking to Sea Urchins for Stronger Ceramic Foams

• Scientists Discover Material That Can Be Made Like a Plastic but Conducts Like Metal

• Researchers Create Lunar Regolith Bricks That Could Be Used to Construct Artemis Base Camp
• The Next Wonder Semiconductor

• High Entropy Alloys: Structural Disorder and Magnetic Properties

• Machine Learning Predicts Heat Capacities of MOFs

• Heat-Proof Chaotic Carbides Could Revolutionize Aerospace Technology
• Engineers Weave Advanced Fabric That Can Cool a Wearer Down and Warm Them Up

• The 'dense' Potential of Nanostructured Superconductors

• Engineers Develop a New Kind of Shape-Memory Material

• Microscopic Octopuses from a 3D Printer

• World's Whitest Paint Now Thinner Than Ever, Ideal for Vehicles

• Fluidic Circuits Add Analog Options for Controlling Soft Robots

• Engineers Discover New Process for Synthetic Material Growth, Enabling Soft Robots That Grow Like Plants

• Heat-Related Mortality Risk Is Widespread Across Washington State, Study Shows

• Heat-Resistant Nanophotonic Material Could Help Turn Heat Into Electricity

• Cobalt-Free Cathode for Lithium-Ion Batteries

• Passive Cooling System Could Benefit Off-Grid Locations

• Feeling out of Equilibrium in a Dual Geometric World
• The Physics of the Premature Lung: Why Mechanical Ventilation Can Harm Preterm Lungs

• The Thermodynamics of Life Taking Shape

• Making Stable Molecules Reactive With Light

• Elemental Research: Scientists Apply Boron to Tungsten Components in Fusion Facilities