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Chemistry
New Chemical Found in Marine Cells Helps Deep-Sea Creatures Withstand Extreme Pressures
Compostable Bioleather: A Sustainable Revolution for Fashion and Beyond
Texas A&M Researchers Create CO2-Based System for Bioplastic Production
New Non-Psychedelic Drug Matches Psychedelics in Antidepressant Power
Ion Beam Technology: Enhancing Super-Sealings & Detecting Dangerous Cables
Hackmanite Reveals Radiation Levels Through Color Shift, Unlocking New Nuclear Detection Applications
Microalgae: Tiny Biorefineries Turning Fatty Acids into Valuable Chemicals
Scientists Create Ultra‑Strong Aerogels Using Bullet‑Proof Vest Materials
Scientists Enhance Chemical Recycling of Hard-to-Recycle Plastic into Fuel
Scripps Research Breakthrough: Drug Turns COVID-19 Virus Against Itself
New Isomerizing Ethenolysis Process Turns Polyethylene Plastics into Valuable Polypropylene Building Blocks
Researchers Pioneer Water-Based Neural Network Computing Using Ionic Circuits
17‑Year Breakthrough: Scientist Solves Long‑Standing Physical Chemistry Holy Grail
Stable Potassium Storage in Carbon Sphere‑Confined Antimony via Electrolyte Regulation
Lab-Grown Pigments & Food By‑Products: The Next Generation of Sustainable Textile Dyes
Nagoya University Study Quantifies High-Resolution Pressure Response of Novel Pressure-Sensitive Material
X‑ray Structural Insights into Molecular Chaperone Interactions
Phosphate Electrical Signatures Reveal Key Cellular Events
Cost‑Effective, Recyclable Manganese Catalysts Enable High‑Yield Alkylation of Ketones with Alcohols
Unveiling the Multifunctional Powerhouse: CphA1 Enzyme’s Swiss‑Army Knife Capabilities
Refrigerant Breakthrough: Boosting Metal Recycling Efficiency
New Automated Synthesizer Creates Record-Long Polysaccharides
How Cation Type Influences Electrochromic Performance in Titanium Dioxide Nanocrystals
High-Performance Flexible Solid Electrolytes for Next-Generation All-Solid-State Lithium Batteries
The Science Behind Salt’s Flavor-Enhancing Power
Precise Mapping of d-Orbital Electron Localization in Transition Metals
Optimizing Efficiency in Perovskite Photovoltaics: Advanced Energy Level Management
Scientists Turn Sunlight and CO₂ into Biodegradable Plastic: Breakthrough at Osaka Metropolitan University
Decoding Material Degradation in Lithium‑Ion Batteries for Superior Performance
High-Performance Catalyst Enables Efficient Polyester Dissolution for Chemical Recycling
Minimizing Corrosion in Molten Salt Solar Energy Storage
New Analytical Technique Quantifies Reversible and Irreversible Lithium in Practical Batteries
New Process Turns Polyethylene into Polypropylene, Cutting Greenhouse Gas Emissions
Artificial Enzyme Boosts Water Splitting Efficiency for Clean Energy
Bifunctional Ionomer Electrolytes for Efficient CO₂-to-Ethylene Conversion
Stanford Researchers Pioneer Rapid, Sustainable Synthesis of a Promising Cancer Drug
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Efficient Electrocatalytic CO₂ to Methanol Conversion Using PD-Zn/Ag Foam Catalyst
New Study Reveals How Antibodies Collaborate to Neutralize Malaria Protein
Revolutionary Bricks Made from Recycled Plastic Waste
Scientists Engineer Bacteria to Create Novel Boron‑Carbon Bonds, Expanding Biological Chemistry
Natural Antifouling Paint Performance in Seawater: A Comprehensive Analysis
ETRI Unveils Innovative Electrode Structure to Enhance All‑Solid‑State Battery Performance
Revolutionizing Petrochemicals: Carbon‑Neutral Propylene Production with Advanced Catalysts
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