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Chemistry
Advanced Photothermal Catalyst for Efficient CO2-to-Methane Conversion
Virtual Fluid Models for Interfacial Effects in Metallic Materials: Advancing Green Technologies
Scientists Engineer Molecular Ladders for Rapid Energy Transport
Exploding and Weeping Ceramics: Pioneering a New Class of Shape-Shifting Materials
Revolutionary Blue Light Catalysis Enables Sustainable Pharmaceutical Manufacturing
Innovative Dual-Ionomer Coating Boosts CO2 Conversion to Liquid Fuels
IIT Develops World's First Biodegradable Velcro Inspired by Climbing Plants
Stable MXene Electrodes: Breakthrough for High-Performance Next-Generation Batteries
Engineered Bacteria Enable Sustainable Rare Earth Extraction for Tech
Eco-Friendly Paste Method Revolutionizes 120-Year-Old Grignard Reaction, Yields Soar to 94%
UChicago Chemists' Efficient Carbonyl Rearrangement Method Accelerates Drug and Chemical Discovery
Breakthrough Catalyst: Ternary Ruthenium Complex Hydrides Enable Mild-Condition Ammonia Synthesis
Innovative Dual-Stimulus-Responsive Alginate Hydrogel Overcomes Mechanical Limitations for Biomedical Use
How Defects in Hexagonal Boron Nitride Catalytically Activate Inert Materials
Breakthrough Study Models Delta Variant in Aerosol, Confirming Airborne COVID-19 Transmission
Critical Chemistry Gaps in Geoengineering for Climate Change Mitigation
Engineered Bacteria Convert Sugar into Sustainable Fuel for Vehicles
Pore-Mouth Catalysis Enhances Iso-Paraffin Production from Syngas with Bifunctional Catalysts
Breakthrough: Inexpensive Catalysts Replace Noble Metals in Alkyne Chemistry
FDA-Approved Hepatitis Drug Boosts Antibiotic Efficacy and Fights Resistance
Charged Ion Behavior at Solid-Aqueous Interfaces: Insights from Ruhr-Universität Bochum Research
Breakthrough Atom-Dispersion Technique Enables Zero-Waste Sustainable Catalyst Production
Molecular Analysis of 15th-Century Egg-Tempera Painting Techniques
Atomistic Simulations Reveal Novel Molecular Valves in Mitochondrial Complex I
Synchrotron X-ray Analysis Drives Breakthroughs in Pancreatic Cancer Research at Nano Scale
Sugar-Based Polymer Coating Advances Self-Repair of Artificial Joint Implants
Innovative Lignin-Based Material: Sustainable Replacement for Fossil Plastics and Adhesives
Antiferromagnet-Enabled Thermoelectric Device Efficiently Converts Waste Heat to Electricity
Scientists Synthesize Ultrahard Diamond Glass Using High-Pressure Technique
Cambridge University's 80% Water Jelly Survives Car Impact and Recovers Instantly
Photoredox Catalysis Enables Efficient Halopyridylation of Alkenes
Researchers Achieve Concerted Four-Electron Reduction of Nitrosobenzene via Metal-Ligand Synergy
Electric Fields Enhance Ammonia Removal Efficiency in Wastewater Treatment
Advancing Battery Safety: New Research Uncovers Ion Transport in Aqueous Lithium-Ion Batteries
Multicomponent Nanopore Machine Advances Single-Molecule Protein Sequencing
Ta2PdSe6 Crystal Achieves Record Peltier Conductivity in Thermoelectric Breakthrough
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UCI Researchers Develop Advanced High-Throughput Screening Assays for Next-Generation Therapeutics
MXene Chemical Net Promises Efficient Pure Hydrogen Capture
Advancing Carbon Dioxide Conversion: Innovative Technologies Enhancing Catalytic Efficiency
Heat & Cold Shape Protein Folding: New Insights from Leading Universities
Unlock Fourfold MRI Contrast Gains with a Simple, Proven Protocol
Innovative Organic Polymeric Scintillators Set New Standard in X‑Ray Imaging
Neutron Scattering Unveils the Intricate Weyl Semimetal Landscape
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