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Chemistry
Transforming Old Jeans into Premium T‑Shirts
Advanced Machine Learning Uncovers Novel Insights into Organic–Inorganic Interface Dynamics
Accelerated Detection of Carcinogenic Metals in Food and Water for Safer Health
Boost Your Veggie Diet: B12 Production in Fermented Dough
Duke Scientists Engineer Artificial Organelles to Direct Cell Function
Indium Selenide Crystals Exhibit Unprecedented Flexibility, Opening New Horizons in Materials Science
Nano-Sponge Catalysts Convert CO2 into Fuel and Plastic Waste into Valuable Chemicals
Revolutionary 3‑D Printing Process Enhances Durability for Medical and Aerospace Applications
Scientists Unveil Novel Class of Entropy-Stabilized Semiconducting Materials
Iron-Mediated Cancer Cell Activity: A Novel Regulatory Mechanism
Cutting-Edge Organophotoredox Catalysis Enables Precise Styrene Oxidation for Efficient [2+2] Cycloaddition
How Chitinase Drives Directional Movement: Insights from Mathematical Modeling
Designing Heterogeneous Catalysts for Selective CO₂ Photoreduction: New Insights from COF-Based Studies
Revolutionizing Drug Discovery: A Rational Strategy to Identify Molecular Glue Degraders
Enhancing Energy Storage Safety and Longevity: The Crucial Role of Advanced Material Interfaces
Researchers Achieve Dual Production of Dicarboxylic Acids and Hydrogen from Diols Using Iridium Catalyst
Revolutionary Enzymatic Reaction Model Highlights Substrate Flexibility
Nondestructive Positron Beam Analysis Uncovers Radiation Damage Mechanisms, Enhancing Safety in High-Exposure Environments
New Polymorphs Discovered: Expanding the Red-Orange-Yellow (ROY) Family to Ten
Scientists Develop Molecular Scalpel to Target and Remove Unwanted Surface Proteins
Scientists Question a Core Principle of Chemistry, Opening New Frontiers in Matter Research
Epitaxial Antiperovskite/Perovskite Heterostructures: Pioneering Material Design
Uncovering the Hidden Value of Fool's Gold
Why Polyester Odors Persist – Findings from Recent Research
Comparing the Advantages and Disadvantages of Two Composite Manufacturing Techniques
Scientists Uncover How Sorbent Materials Capture and Release Carbon in Direct Air Capture
Unveiling How a Crystalline Sponge Releases Embedded Water
Scientists Advance Understanding of Long-Distance Electron Transfer in Cells
Scientists Enable Respiratory Chain Proton Pump Function in Synthetic Polymer Membrane
Sheffield Engineers Reveal Why Fallen Leaves Make Train Tracks Exceptionally Slippery
Advanced Imaging Reveals Van Eyck’s Hidden Lamb of God Layers
UC Riverside Researchers Leverage AI to Decode Chemical Odors
The Varnishing Point: Merging Science and Art in Art Conservation
Copper-Catalyzed, Enantioselective Trifluoromethylation of Benzylic Radicals Achieved
Physicists Uncover New Mechanism Behind Blood Platelet Formation
How X‑ray Synchrotrons Accelerate Clean Water Technologies
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Pine Sap-Based Plastic: A Revolutionary Step Toward Sustainable Materials
3D Printed Scaffolds Host Living Cells for Controlled Tissue Growth
Princeton‑Developed Wood Membrane Offers Sustainable Water Filtration Solution
Harnessing Bioinspired Strategies to Accelerate New Drug Development
Soot’s Particle‑Phase Chemistry Enhances Cloud Seeding
Scientists Identify Promising Strategy to Starve Tuberculosis Bacteria
Targeting the Cell Cytoskeleton: A New Frontier for Active Agents
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