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Chemistry
Groundbreaking Theory Reshapes Polymer Superstructure Research
Harnessing Marine Bacteria to Enhance Oceanic CO2 Sequestration
Cutting-Edge Technology Significantly Boosts Recovery of Precious Metals from Waste
Harnessing Engineered Proteins to Capture Radioactive Metals from Nuclear Waste
Researchers Pinpoint Destination of Zinc-Transporting Protein
Innovative Organic Polymeric Scintillators Set New Standard in X‑Ray Imaging
Three Key Mutations Drive the Emergence of New SARS-CoV-2 Variants
Breakthrough Protein Structures Propel Targeted Drug Design for Alzheimer’s, Cancer, and More
Scientists Unveil High-Speed, Radiation-Tolerant Detector Material
Advancing Multimaterial 3D Printing: Reducing Defects with Directed Energy Deposition
New CERN Study Highlights Urgent Need for Ammonia Emission Regulations
Ultra-High Piezoelectric Performance Achieved in Advanced Ceramic Materials
Researchers Develop Innovative Photonic Materials for High‑Performance, Energy‑Efficient Light Computing
CMU and Columbia Merge Stimulated Raman Scattering with Expansion Microscopy to Reveal Nanoscale Biomolecules
Rutgers Engineers Develop Toolkit to Accelerate Biologic Drug Production
Tungsten Oxide Emerges as Eco-Friendly Catalyst for Sustainable Chemical Conversions
Innovative Material Traps Toxic Air Pollutants, Enhancing Environmental Safety
Advanced Graphene‑Coated Zeolite Membranes Deliver Rapid, Efficient Hydrogen Separation
Leipzig University Discovers Ultra‑Fast Enzyme to Break Down PET Plastic
Expanding Epoxide Ring‑Opening Reactions: Zirconocene Catalysis Under Visible Light
Innovative Approach to Reduce Nitrogen Compounds in Biocrude from Microalgae Hydrothermal Liquefaction
Revealed: A Novel Regulatory Mechanism Enhancing DNA Building Block Supply for Superior Antibiotic Development
Breakthrough Discovery Reveals Genes Behind Guanitoxin Production, Enabling Precise Monitoring of Freshwater Toxins
Efficient Recovery of Precious Metals from Nuclear and Electronic Waste with Prussian Blue Pigment
Innovative Measurement Technique Breaks Ground in Molecular Electronics
Biocompatible Binary Hologram for Controlled Drug Release Monitoring
Engineers Examine How Low Temperatures Affect Battery Performance
PFAS Chemicals Finally Break Down: UV‑Iodide Sulfite Treatment Eliminates 90% of ‘Forever’ Substances
New Study Reveals Organic Crystals as Efficient Energy Converters for Next-Gen Robotics and Electronics
Novel Binding Mechanism Revealed Between Tiny Charged Particles and Giant Rydberg Atoms
Researchers Reveal Key to Stronger, Lighter Metals Through Grain Formation
Scientists Achieve First-Time Synthesis of Graphyne, the Next-Generation Wonder Material
In Situ Photoelectron Spectroscopy Reveals Protective Strategies for Sodium Metal Anodes
Exploring the Electronic Properties of Single‑Wall Carbon Nanohorns for Advanced Applications
Common Microbial Communities Break Ultra‑Strong Carbon‑Fluorine Bonds in PFAS Anoxic Conditions
Glass and Energy Reform: Towards Sustainable Production Through Electrification
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Oxford Scientists Break Record with 162‑Electron Aromatic Nanoring
Chip‑Sized Sensor Detects Toxic PFAS in Water—Fast, Accurate, Ready for Licensing
Core Electron Topologies in Chemical Bonding: Revealing Peanut and Toroidal Orbital Shapes
Molecular Vibrations Cap Photovoltage in Organic Solar Cells
University of Tokyo Scientists Pioneer Cement-Free Concrete Using Simple Chemical Bonding
Breakthrough Material Enables Rapid Color Shift in Smart Glass
Hot, Salty Sea Enzyme Reveals Dynamic Structure for Extreme Survival
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