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Chemistry
Revolutionary Bio‑Based Resin Enables Seamless 3D Printing from Nano to Macro
Unlocking Methane’s Potential: Transforming Natural Gas into Petrochemicals
CeNSE Scientists Innovate Affordable Drop‑On‑Demand Printing Technology
IBM Launches RoboRXN: AI-Powered Chemistry Lab for Accelerated Material Development
Keratin-Based Fabric Mimics Wool: Memory Shape-Shifting Properties
Eco‑Friendly Palladium‑Free Catalyst Revolutionizing Pharma and Industry
Why Lime Juice Causes Sunburn: The Science Explained
Innovative Dye-Enhanced Betavoltaic Technology Boosts Energy Output
Neutron Scattering Illuminates COVID-19 Virus Infection in Biological Materials
Discover the Science Behind Tennessee Whiskey
Scientists Develop New Compound That Targets Both Gram-Positive and Gram-Negative Antibiotic-Resistant Superbugs
Turning CO₂ into Valuable Materials: How Sunlight Can Transform Emissions
Pharmaceuticals Innovate to Enhance CBD Quality and Efficacy
Targeting Tumors Through Direct Identification in Theranostics
Harnessing Powerful Fields and Ultrafast Dynamics to Generate and Direct Electrons in Liquid Water
Finding the Perfect Co‑Catalyst: Iron Oxide Boosts Photocatalyst Efficiency
New Method for Color Modulation in Transparent Luminescent Films
Stable, Continuous‑Wave Lasing Achieved at Room Temperature with Low‑Cost Perovskites
Unveiling Oxidative Pathways in Nuclear Fuel: Cutting-Edge Research for Safety and Efficiency
Rapid Diagnostic Tool Detects COVID‑19, Cystic Fibrosis and Other Illnesses
New Research Unveils How General Anesthetics and Benzodiazepines Modulate Brain Receptors
Scientists Pioneer Eco‑Friendly, Low‑Cost Flexible X‑Ray Detectors
Linköping University Scientists Create Solar‑Energy‑Storage Molecule
Innovative Electrochemical Approach for Efficient Nitrate‑to‑Ammonia Conversion
Ensuring a Steady Supply of Electrochromic Metallo‑Supramolecular Polymers
Advanced Additive Manufacturing for Multi‑Functional High‑Performance Parts
University of Sheffield develops bacteria and algae tech to decarbonise UK military
Revolutionizing Aluminum Recycling: Crystallization Research Boosts Efficiency
Nanomaterials: How Short Polymers Drive Significant Performance Gains
Early Virus Detection: Accurate Detection of Low Viral Loads in Initial Infections
Direct Observation of Polymer Melt Desorption in Long-Chain Polymers
Affordable Fly-Foot-Inspired Adhesive System for Reliable Repeated Attachment and Detachment
Spider Silk Biomaterials: Reducing Infection Risk and Enhancing Healing
Scientists Miniaturize Technology for Precise Chemical Fingerprinting
Precision Laser Patterning of N‑Doped Silicon Carbide for Advanced Biological Modulation
New Catalytic Strategy Enables Regiodivergent Hydrosilylation of Isoprene
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Nanotechnology
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Carbon Nanomaterials: From Pencils to Jetpacks—What the Future Holds
LMU Munich Discovers Optical Overtones Boosting Solar Cell Efficiency
Enhancing Biogas Yield from Green Algae via Lye and Urea Pretreatment
Scientists Create Optogenetic Tool to Produce Photos with Bacteria
Engineers Unveil Smart Material That Alters Stiffness on Twist or Bend
Kanazawa University Breakthrough: Reversible Chirality Inversion in Molecules
Gallium Self-Healing Liquid Boosts Battery Life and Reliability
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