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Rapid On-Chip Micro-Lab Determines Blood Type in Minutes
Mid‑Infrared Light‑Emission Enhanced by Black Phosphorus van der Waals Heterostructures
Achieving Robust, High‑Performance Data Storage with Magnetic Anisotropy
Advanced 2‑D Materials Pave the Way for Ultra‑Thin Computer Chips
Exchange Bias Phenomena in Van der Waals Heterostructures
Advancing Lithium‑Sulfur Batteries: Overcoming Life‑Cycle, Efficiency, and Safety Challenges
Monolayer Semiconductors Show Near‑Ideal Performance as Fractional Quantum Hall Platforms
Light-Activated Nanoparticles Achieve Tumor Regression in Mice
Nanoparticle‑Delivered Gene Therapy Stops Blinding Eye Disease in Rodents
Scientists Confirm Light‑Squeezing 2‑D Exciton‑Polaritons Exist in Transition‑Metal Dichalcogenides
Unveiling Hidden Nanostructures: Converting Light into Sound for Precise Detection
Vibrant Rainbow Fluorescent Peptide Nanoparticles: A New Tool for Bioimaging
Solar-Driven Water Purification Using Wood, Bacteria, and Photothermal Nanotubes
Nitrogen-Doped Porous Graphene Ribbons: Advancing Electronics and Quantum Computing
Graphene: Enhancing Performance Through Functionalization
High‑Speed, Low‑Power Silicon‑Germanium Chips Propel Cloud Computing Forward
Carbon Nanotube Film Promises On‑Demand Heating & Cooling for Smart Clothing
Magnonic Nano‑Fibers Pave the Way for Next‑Generation, Energy‑Efficient Computers
World’s Lightest Electromagnetic Shielding Material Revealed
New Direct‑Growth Technique Yields Vibrant, Stable Plasmonic Structural Colors
Graphene‑Armored Electrodes: Boosting Stability and Performance in Perovskite Solar Cells
Cobalt Phosphide Nanogardens: Efficient Catalysts for Clean Hydrogen Production
CeO₂/Mn₃O₄ Nanocrystals: A Powerful, Reliable Shield Against Radiation Damage
Innovative Membrane‑on‑a‑Chip Platform Accelerates COVID‑19 Drug Screening
Revealing Lattice Dynamics of Monoclinic GaTe: New Insights into van der Waals Materials
Nano-Engineering Breakthrough Promises Next-Gen High-Energy Batteries Beyond Lithium-Ion
Researchers Develop Contactless Method to Accurately Measure Carbon Nanotube Film Thickness
Innovative Device Combines Scaffold and Electrical Stimulation to Accelerate Bone Healing
Iron Oxide Nanoparticle Catalyst Enhances CO₂-to-CO Conversion Efficiency
Layered Cotton Masks Outperform Synthetic Fabrics in Blocking COVID-19 Transmission
Tiny Silica Particles: Revolutionary Cure for Bone Diseases
New Study Uncovers Void-Confinement Effects in Hollow Nanoreactors for Catalysis
Revolutionary Ultra‑Thin Gas Sensors: New Zinc Oxide Chemistry
Enhancing Electron Source Performance with Graphene Layers
Charcoal-Based Artificial Enzymes: A New Weapon Against Superoxide-Induced Damage
Innovative Platform Measures Impact of Plastic Nanoparticles on Human Development and Health
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Nanotechnology
Graphene Technology Promises Ultra-Fast Internet Speeds
Rice University Researchers Identify Gold-Palladium Nanoparticle Catalyst to Rapidly Decompose Nitrites
Gold Remains Reliable at the Nanoscale—Stanford Research Confirms
Enhancing Molecular Detection: Nanoparticles Amplify Light via Spectral Overlap
Gold Enables Reversible Assembly of Protein Cages for Advanced Applications
Scientists Achieve Reversible Conversion of 3‑D Lipid Vesicles into 2‑D Ultra‑Thin Nanosheets
Light-Activated Nanoparticles Achieve Tumor Regression in Mice
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