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Chemistry
Verifying the Geographic Provenance of Hazelnuts for Premium Quality Assurance
Tokyo Tech Scientists Pioneer Direct Electrocatalytic CO₂ Reduction, Advancing Smart Carbon Capture
New Hydrogel Electrodes Revolutionize Brain Implant Technology
Researchers Use Expanded Genetic Code to Create Heat‑Resistant Bacteria
1 Million New Macrolide Scaffolds: A Virtual Library Accelerating Drug Discovery
Flexible Electronic Skin Enhances Human-Machine Interaction
Revolutionary High-Throughput Platform Accelerates Activity Mapping of Emerging Cancer Drug Targets
Innovating Affordable Energy: Cost‑Effective Batteries for Electronics, EVs, and Power Grids
Innovative Multicomponent Alloys Achieve Unprecedented Strength and Ductility
Understanding Relative Humidity vs Dew Point: Key Differences Explained
Recovering Rare‑Earth Elements from Aluminum Industry Waste
New Lab Findings Uncover Chemical Reaction Driving Cataract Development
Engineers and Clinicians Employ Dynamic Wrinkling to Prevent Blood Clotting on Synthetic Grafts
Research Uncovers How a Small Molecule Enhances Excess Cholesterol Clearance
Crystallinity Cuts Resistance in All‑Solid‑State Batteries, New Study Shows
Researchers Decode Fungal Bioluminescence and Engineer Glow‑Producing Yeasts
Uncovering a 75-Year-Old Mystery Could Revolutionize Farm Fertilizer Production
Boosting Strength and Ductility of High‑Entropy Alloys with Ordered Oxygen Complexes
Unlocking the Benefits of Digitized DNA for Science and Society
Researchers Develop Ultra-Strong Plaster from Industrial Waste
Unveiling the Ring Formation Process in Natural Antibiotic Production
Cold-Temperature Molecular Motors: Harnessing Chemical Energy for Unidirectional Rotation
Pioneering Use of 2‑D Spectroscopy on Isolated Molecules Unveils New Insights
Scientists Identify Gene‑Editing Pathway for Novel Antibiotics
Visible-Light-Driven Single-Ion Catalyst Efficiently Converts CO₂ to CO
Disordered Carbides May Surpass Conventional Materials in Hardness and Heat Resistance
Ready for Production: Innovative Process Unlocks Full Value of Softwood Bark
Recycling Extinguishing Powder into Fertilizers and Flame Retardants
Advanced Microfluidic Platform Accurately Detects Proteins from as Few as 12 Cells
Sunlight-Driven Process Eliminates Water Pollutants Without Complex Equipment
New Insights into Hydrogen Peroxide Regulation May Unveil Disease Mechanisms
Creating Honeycomb Polystyrene Films with the Breath-Figure Technique
Scientists Decode Whale Baleen's Structural Secrets
Revisiting Surface Science: New Insights into Microtextured Surfaces and Omniphobicity
Engineering Open-Mesoporous Carbon Nanofibers to Power Flexible, Wearable Electronics
Potassium Entry into Cells: How Channels and Pumps Regulate Ion Flow
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Boosting Organic Solar Cell Efficiency: How an Organic Dye in a Zinc Oxide Interlayer Enhances Stability and Performance
How a Rare Blood Disorder Reveals the Secrets of Blood Clotting
Engineers Develop the Core Building Block for Electrospun Nanofibers
Hydrogen-Free Hydrogenation: Efficient Catalysis in a Stable Emulsion Gel
Oil‑Eating Bacterium Offers Breakthrough in Pollution and Spill Cleanup
Evergreen's Biomass DNA Breakthrough Yields Degradable Materials
Investigating Regulation of a Multi‑Drug Transporter: Insights into Cancer Chemotherapy Resistance
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