Chemistry
Explore the latest research and discoveries in Chemistry
Breakthrough Materials Could Solve Global Water Crisis
Revolutionary nanoporous membranes achieve 99.9% salt rejection with dramatically lower energy costs, potentially bringing clean water to billions.
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AI Revolutionizes Chemistry: MOSAIC Achieves 92% Accuracy
Stanford's MOSAIC framework combines machine learning with quantum mechanics to predict molecular behavior with unprecedented precision.
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Breaking the Unbreakable: Lithium Destroys 'Forever Chemicals' at Room Temp
Scientists use lithium metal in an electrochemical cell to shatter the nearly indestructible carbon-fluorine bonds in PFAS, achieving 99% destruction at room temperature.
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The Alchemist's Dream: Aluminium Mimics Precious Metals for the First Time
Scientists demonstrate that aluminium can perform redox catalysis previously thought exclusive to expensive transition metals, achieving 98% yield with the most abundant metal on Earth.
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Mirror Molecules Without the Poison: A Nickel Catalyst Replaces Toxic Carbon Monoxide
A new nickel-catalysed reaction builds mirror-image drug molecules with 97% selectivity using safe bench reagents instead of deadly carbon monoxide gas.
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Molecular Building Blocks Breakthrough: Scientists Create Elusive Super-Stable Drug Frameworks
Oxford researchers synthesized the first hetero[3.1.1]propellanes, creating unprecedented molecular frameworks that could transform drug design with superior stability and solubility.
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Iron Revolution: Common Metal Replaces Precious Catalysts in Drug Manufacturing
Scientists replace expensive rare metals with abundant iron, cutting catalyst costs while maintaining precision in pharmaceutical synthesis.
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Green Chemistry Revolution: Scientists Turn CO2 Into Chiral Drug Compounds
Breakthrough method converts CO2 into chiral pharmaceutical compounds using light-powered catalysis.
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The Molecular Matchmaker: How Dual Metals Revolutionize Chemical Coupling
Researchers solve chemistry's matchmaking problem using dual-metal catalysts to couple different molecules with precision.
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Nature's Master Chemists: How Two Enzymes Build Impossible Ring Structures
Researchers discover how two metalloenzymes work together to construct strained four-membered rings in antifungal compounds.
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Peptide Manufacturing Revolution: Machine Learning Predicts Synthesis Failures
Machine learning models predict peptide aggregation during synthesis, potentially revolutionizing pharmaceutical manufacturing.
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Plastic to Fuel Revolution: Sunlight Transforms Waste into Hydrogen
Cambridge researchers convert hard-to-recycle plastics into hydrogen fuel using solar power and recycled battery acid.
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Tin-Based Magnets Shatter Performance Records: A Quantum Leap Forward
Revolutionary tin-based molecular magnets achieve record-breaking performance, opening new pathways for quantum computing applications.
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Water's Hidden Role: How Interface Engineering Could Transform Green Energy
New research shows water molecule arrangement at electrode interfaces controls energy efficiency in hydrogen production.
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Tin Rings Transform Molecular Memory: New Magnets Store Data Longer
Scientists create tin-containing molecular magnets that remember magnetic states longer at higher temperatures than traditional systems.
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Chemical Precision: Revolutionary Probes Unmask Hidden Drug Targets
New cleavable probes dramatically improve identification of drug binding sites in living cells.
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Building Life from Scratch: Scientists Create Complex Synthetic Cells
Researchers create synthetic cells with multiple interacting DNA-based pores, mimicking natural cellular complexity.
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Drug Design Revolution: 3D Molecules Replace Toxic Flat Structures
Scientists develop 3D molecular replacements for toxic flat drug components, potentially creating safer medications.
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Crystal Revolution: How Selenium Crystals Learned to Self-Heal
Selenium crystals exhibit unprecedented self-healing abilities through dynamic bond breaking and reformation.
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