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Chemistry
Light-Driven Green Hydrogen: A New Path to Sustainable Energy
Artificial Enzyme Degrades Woody Lignin, Unlocking Renewable Energy Potential
Innovative Low‑Toxicity Organic Copper Fungicides: A New Approach
Understanding the Role of Five‑Coordinated Aluminum on γ‑Al2O3 Surfaces in Catalysis
Electrochemical Conversion of Orange Peel Limonene into Novel Aromatic Compounds
Scientists Edge Closer to Practical Artificial Photosynthesis
Luminescent Self‑Healing Gels: From Counterfeiting Prevention to Advanced Bio‑Sensing
Innovative Membrane Technique for Efficient Uranium Enrichment from Seawater
Scientists Unveil Novel Triterpene Pathway, Expanding Drug Discovery Horizons
New Study Unlocks Stronger Alloys Through Crystal Growth Insights
Lead‑Free Perovskite Emitters Convert Near‑UV LEDs into Efficient Near‑Infrared Light
Oak Ridge Labs Develops Block Copolymer to Boost Battery Safety and Stability
Accelerating Hydrogen Production Using a Non‑Noble Metal Cocatalyst under Visible Light
Oak Ridge National Laboratory Advances Recovery of Rare‑Earth Elements for Clean Energy
Discovery of SrH22: The Highest-Hydrogen-Content Superionic Strontium Hydride
New Chemical Reaction Breakthrough: Molecular Fragment Migration Unveiled
Chemists Develop Highly Sensitive Probe to Detect Minute Body Temperature Changes
Iron Catalyst Promises Cheaper, Greener Chemical Reactions
Advancing 4D Printing Through Structural Color Engineering
Engineering High-Performance Membranes for Efficient Gas Separation
Fruitcake-Patterned Microstructure Discovered in Organic Polymer, Enhancing Flexible Electronics
Metallic Five‑Membered Ring Challenges Aromaticity Theory
The Science of Smoked, Charred Barbecue: How Open‑Flame Cooking Creates Irresistible Flavor
Sustainable Photon Upconversion with Earth‑Abundant Chromium: A New Efficient Approach
Liquid With Unmatched Electric Field Tunability Achieves Record-Range Dielectric Switching
Rice University Engineers Visualize Nanoscale Crystal Dynamics in a Simpler System
Tetraphenylammonium Synthesized: Validating the Long-Standing Phantom Ion
Gas Stoves: Hidden Indoor Pollution Threats & How to Protect Your Home
Efficient Carbonylation of Methyl Chloride to Acetic Acid over Pyridine‑Activated MOR Zeolite
Dual-Action Miniproteins Target SARS-CoV-2 Spike Proteins, Offering a New Antiviral Approach
Fluorescent Probe Lights Up Influenza A Virus, Revolutionizing Targeted Detection
Advanced Silver Hollow‑Fiber Electrode Enhances CO2 Electroreduction Efficiency
Intersecting Light Beams Unlock Transformative 3D Printing Capabilities
KAUST's New Catalyst Design Nears Complete NOx Elimination from Diesel Tailpipes
Reversible Molecular Whirligig: Measuring Forces in Tiny Machines
Breakthrough Polymer Property Boosts Solar Cell Accessibility
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Nanotechnology
Chemistry
Cosolvent‑Directed Polypeptide Self‑Assembly: Engineering Nanotubes and Twisted Nanoribbons
Designing PCM Walls to Reduce Summer Heat Stress
Scientists Introduce Breakthrough 3‑D Porous Structure Fabrication Method
Light‑Driven CO₂ Hydrogenation: New Iron‑Based Catalysts Achieve High Hydrocarbon Yields
Immune System's Front-Line Defense Halts Bacteria in Their Tracks
Adhesive Plastic Film with Silver‑Silica Nanoparticles Kills 99.84% of SARS‑CoV‑2 in 2 Minutes
Bacteria Harness Competitor's Latent Phage for Strategic Advantage
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