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Chemistry
Army Research Lab Breakthroughs: Developing Lightweight, High‑Power Materials for Soldier Gear
Revolutionary Machine Learning Framework Promises Breakthroughs in Material Design
Innovative Molecular System Enhances Light-Activated Switch Performance
Revolutionary Color‑Changing Contact Lenses Improve Eye Treatment Monitoring
Mastering Chemical Reactions at Near-Absolute Zero
Unveiling the Molecular Secrets of Ancient Herbal Remedies: How Scientists Decode KCNQ2/3 Activation
Metal Surfaces Direct Bipyridine Molecules into Desired Configurations
Life’s Origins: How Membraneless Protocells Sparked Life
Advanced 3D Printing of Hierarchical Liquid Crystal Polymer Structures
Innovative Composite Materials Extend Lifespan of Equipment and Vehicle Spare Parts
Advanced MOF Membranes with Micro- and Nano-Architectures Speed Up Oil–Water Separation
Nanotechnology Boosts Oil Extraction Efficiency
Aluminum 3D Printing Achieves Titanium-Level Strength with New Composite Technology
Reducing Ammonia Fuel Emissions for Cleaner Energy
Identifying and Avoiding Assay Artifacts in Anti‑Malaria Drug Screening
Microwave-Driven Synthesis of Advanced Supermaterials for Energy Applications
New Fingerprint Drug Test Detects Drugs in Living and Deceased Individuals
MFM-300(Al): A Durable Material for High‑Density Ammonia Storage Near Liquid Levels
New Antimicrobial Polymers Enabled by Photosensitizer Integration
New Protein Complex Target Revealed—Potential Breakthrough for Antibiotic Development
Revolutionary Low-Cost Process Yields GaN Films That Outperform Silicon
Unveiling the Diverse Structures of Light-Responsive Biomolecules
New Nanostructured Silica Delivery System Shows Promise in Preventing Bacterial Infections
Precise 3‑D Polymer Processing Measurement Achieved with Novel SCRPR Technique
Molecular Baskets: A New Frontier in Neutralizing Nerve Agents and Toxic Compounds
Harnessing Dimethyloxalylglycine to Block Glutamine Metabolism in Cancer Therapy
New Study Identifies Individuals Most Likely to Leave DNA Evidence at Crime Scenes
How NMR Reveals the Mechanism of Simple Electropolymerized Polymer Catalysts
Optimizing Lab-on-a-Chip Transparency and Biocompatibility to Minimize Blood Splatter
Revolutionary Nanopore Technique Detects Single Molecules from a Nanoliter of Blood in Real Time
Reusable Titanium Dioxide Particles Efficiently Remove BPA from Water
Chemists Achieve Precise Control Over Chemical Reactions
Self-Transforming Bio-Inspired Materials: A Breakthrough in Dynamic Design
ASU Research Highlights ACS Catalysis Cover with Groundbreaking Study
Fast, Accurate Detection of Lung Cancer microRNA Patterns Using Nanopore DNA Computing
Titan's Discoveries Offer Promising Path to Cleaner Engine Technology
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How Anions and Solvents Guide Solid Electrolyte Interphase Formation in Batteries
Water‑Resistant Slug‑Inspired Adhesive Revolutionizes Wound Healing
Robust Supramolecular Catalyst Reveals the Origin of CO₂ Electroreduction Activity
Smartphone Sensors Can Detect Cannabis Intoxication, Offering Early Intervention Opportunities
Innovative Catalyst Boosts Energy Density of Aluminum‑Air Flow Batteries
Unveiling Haze Formation: How Soot Generates Hydroxyl Radicals That Drive Particulate Build‑Up
Scientists Unveil Electrochemical Platform to Drive Cell‑Free Synthetic Biology
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