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Chemistry
Lead‑Free Halide Double Perovskites: Efficient Near‑Infrared Luminescence via Lanthanide Doping
New AI Model Accurately Predicts XPS Spectra, Unlocking Material Structures
Leveraging Single‑Cell RNA Sequencing to Uncover Cellular Drivers of Complex Diseases Worldwide
Nature’s Elite Pigments and MOFs: Catalysts That Could Save the Climate
Deep Learning Maps Elastic Properties of High‑Entropy Alloys
Efficient Technique for Distinguishing B and T Lymphocytes
Rapid, Highly Efficient COVID-19 Biosensor in Development Promises Early Detection
LLNL and University of Michigan Researchers Study Oxygen's Impact on Uranium Cooling Rates
Advancing New Anti‑Tuberculosis Therapies: Targeting MmpL3
New Photochemical Rumba Unveiled: Insights into Solar Energy Conversion
High‑Efficiency CO₂ Hydrogenation via Nonthermal Plasma and Alloy Catalysts
New Dual-Mode Electrochemical/Fluorescent Biosensor Enhances Detection of Circulating Tumor DNA
Scientists Uncover Detailed Structure of Opioid Receptor Complex Linked to Addiction
Porous Crystals Effectively Capture Fluorinated Greenhouse Gases
UC Chemist Unveils Breakthrough Method to Map Molten Salt Thermodynamics
Breakthrough: Shortened, Efficient Synthesis of Tetrodotoxin Achieved by International Team
Scientists Encode Wizard of Oz in Ultra‑Compact Polymer for Secure Data Storage
Simulating 3D-AFM Images for Non-Equilibrium Biomolecular Systems
Elucidating Chlorine‑Driven Oxidation of Methacrolein in NOx‑Free Environments
Innovative Membrane System Harvests Valuable Chemicals from Microalgae
Unveiling the Structure and Near‑Infrared Reflective Properties of Advanced Pigments
Engineering High-Quality Manganese Oxide Catalysts with Maximized Surface Areas
Soot’s Particle‑Phase Chemistry Enhances Cloud Seeding
Harnessing Machine Learning to Discover High-Performance Polymer Membranes
Revealing Unexpected Dynamics in High‑Efficiency Clean‑Energy Catalysts
Innovative Catalysts Pave the Way for Affordable Hydrogen Fuel Cells
Rice University Engineers Release Sun‑Powered Catalyst That Neutralizes Persistent PFOA Chemicals
IcePic AI Beats Human Scientists at Predicting Ice Crystal Formation
Oak Ridge Lab Develops Adsorbent that Rapidly Removes Chromium and Arsenic from Water
New Zealand Stinging Tree Reveals Pain‑Relief Compounds
Sustainable Electrochemical Production of Acetate Esters from CO and Water
New Research Uncovers How an Enzyme Neutralizes the Greenhouse Gas N₂O
Researchers Unveil Greener, More Efficient Method to Produce Next-Gen Antibiotics
Programming pH: Innovative Technique Accelerates DNA Synthesis
NC State Breakthrough: Catalyst Enhances Efficient Conversion of Butane to Butadiene
Boosting Solar Cell Efficiency with an Additional Metal Fluoride Layer
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Rice University Engineers Release Sun‑Powered Catalyst That Neutralizes Persistent PFOA Chemicals
New Technique Doubles Plant-Derived Sugar Yields, Boosting Biofuel Potential
COVID-19: A Wake‑Up Call to Rebalance the Global Drug Supply Chain
Green Hydrogen: Why Certain Catalysts Evolve to Boost Performance
Metal Soaps Accelerate Oil Painting Degradation: What Conservationists Need to Know
Nobel Prize Awarded for Innovative, Greener Approach to Molecule Construction
Tiny Magnetic Particles Empower Soft Polymers to Bend, Twist, and Grab—A Breakthrough in Shape-Memory Materials
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