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Chemistry
Enhanced Biomethane Production via Oxygen‑Vacancy Catalysis for Sustainable Biomass Conversion
Predicting 3D Molecular Structures from Chemical Graphs Using Machine Learning
Eco-Friendly Extraction of Health-Promoting Molecules from Agricultural and Food Waste
New University of Kentucky Study Uncovers Key Features of SARS‑CoV‑2 Spike Protein
Pine Sap-Based Plastic: A Revolutionary Step Toward Sustainable Materials
Advanced Methane Monitoring Technologies to Track Greenhouse Gas Emissions
How Defects in Laser‑Printed Materials Can Be an Advantage: Unlocking Hidden Benefits
Cost‑Effective Technique for Protecting Carbon Fiber Components
Controlling Nitrobenzene Hydrogenation via Electrocatalysis on Cu3Pt/C: A Combined Experimental and Theoretical Study
New Study Uncovers Critical Variables in Nitric Oxide Electroreduction to Ammonia
Exploring the Dynamics at Liquid–Liquid Interfaces
Innovative Copper-Based Drug Design: Clustering Metal Atoms to Outmaneuver Bacterial Resistance
Revolutionizing Sustainability: Turning Plastic Waste into High-Performance Mechanical Lubricants
Iridium-Catalyzed Hydrogenation: Efficient Production of Plant- and Insect-Derived Natural Products
Dual-Element Enhancement Boosts Industrial Catalyst Performance
Eco-Friendly Bioplastic: Cellulose and Water Combine for Sustainable Solutions
Surrey University Develops AI to Discover Anti-Aging Chemical Compounds
Revolutionary Microscope Reveals Oxygen’s Role at the Molecular Level
Critical Issue Identified in Green Pigmented Concrete: Impurities Lead to Porosity and Low Quality
University of Georgia Breakthrough: New Composite Material Enhances Medical Masks & Bandages
Researchers Discover Autonomous Self-Healing in Piezoelectric Crystals
Advancing Sensor Technology: The Power of 2D MOF Nanosheets
Field-Ready Chemistry Kit Enables Indigenous Communities to Test Bush Food Sweetness On-Site
Innovative Bioplastic from Nanocellulose and Mango Enhances Food Preservation
New Study Reveals Key Insights into the Initial Phase Separation Process
Fast, Reliable Geometry Optimization for Molecular Simulations Using Machine Learning
Accelerating Capacitor Performance Through Advanced Anion Doping in TiO₂
Root Litter-Induced Priming Effect Varies by Root Order
Revolutionary SERS Technique Enhances Beta‑Galactosidase Assay Accuracy
Revolutionary Process Enables Simultaneous Recovery of Multiple Metals from Industrial Waste
Advanced Surface Defect Engineering in Transition-Metal Trichalcogenides
First Chromium Complex Achieves NIR-II Light Emission
Known Drugs Unveil Unexpected Effects on Cholesterol Homeostasis
Silicon's Two-Dimensional Structure: Unveiling a Novel Square-Planar Geometry
Northwestern Researchers Unveil Machine‑Learning Framework That Elevates Atomistic Modeling Precision
New Touchscreen Alternative Promises Relief Amid Indium Shortage
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Queen's University Scientist Transforms Waste Al Foil into Powerful Biofuel Catalyst
Can Youthful Blood Extend Health and Longevity?
Bouncing Bubbles Revolutionize Emulsion Research
Unveiling the Chemical Secrets Behind Vampire Folklore
New Simulation Technique Predicts Jet‑Engine Alloy Microstructures Before Production
Innovative Plasma Depolymerization Technique Produces Low‑Molecular‑Weight, Water‑Soluble Chitosan
Why Water Is the Ideal Working Fluid for Calorimetry
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