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Nanotechnology
Pioneering 800‑nm Nano‑Antenna Enables Directional Photon Data Transmission
Salt Nanoparticles Show Promise in Targeting Cancer Cells with Fewer Side Effects
Amorphous Carbon Monolayer Experiments Deliver New Evidence in Physics Debate
OIST Unveils Advanced Photothermal Nanoparticle Resonators
Silicone‑Coated Carbon Nanofiber Bandage Stops Bleeding Without Sticking
New Imaging Technique Reveals Lithium Dendrite Growth, Advancing Safer Battery Design
Atomic-Scale Mapping of Silicene: Quantifying 2‑D Silicon Buckling
Molecular Spintronics: Advancing Computing with Single‑Molecule Control
New Study Overcomes Geometric Limits of Moiré Patterns in Graphene Heterostructures
Advanced Elastic Kirigami Patch Enables Precise sEMG Analysis of Palm Muscles in Baseball Pitchers
Extending Hot Carrier Lifetimes in 2‑D Perovskite Solar Materials for Higher Efficiency
Innovative Crosslinker-Free Nanofiber Biomaterials Derived from Hydra Nematocyst Proteins
Pathways of Environmental Nanoparticles into the Brain: Findings and Prevention
Revolutionizing Energy Efficiency: Tiny Nanostructures Boost Computers and Smartphones
Graphene Undergoes Sublimation, Not Melting—New Findings Clarify Long‑Standing Debate
Scientists Discover Gold Atom Clusters Form Pyramidal Shapes
New Paper-Based Test Enables Early Diagnosis of Lyme Disease
Engineered Inclusion Bodies for Precision-Controlled Drug Delivery
Revolutionary 3D Nanoprinting Technique Builds Ultra‑Precise Nanoskyscrapers
Scientists Use Temperature Gradients to Grow and Manipulate Liquid Crystals
FeSe Quantum Dots: One‑Pot, Water‑Soluble Platform for Multiphoton In‑Vivo Biomedical Imaging
Alloy Nanoparticles Outperform Monometallic Catalysts for Carbon Nanotube Growth
Eco-Friendly Mechanochemical Synthesis Yields High-Purity Perovskite Materials for Solar Cells
Scientists Achieve Reversible Conversion of 3‑D Lipid Vesicles into 2‑D Ultra‑Thin Nanosheets
Robust Nano-Barrier Enhances Carbon Fiber Composites for Spacecraft Payloads
Scientists Develop High-Performance Barium Zirconium Sulfide Thin Films with Superior Electronic and Optical Properties
Rice-Developed Peptide Hydrogels Target Inflammation, Accelerating Healing and Drug Delivery
Gold Nanoparticles in Cells: Degradation Pathways and 2‑nm Gold Crystal Formation
Scientists Merge Quantum Dots to Create Novel Molecular Structures
Innovative Water-Channel Design Mimics Human Physiology for Advanced Filtration
Plasma‑Ionized 3‑D Titania Nanofiber Webs Boost Biomaterial Bioreactivity & Osteoconductivity
Ultrathin Gold Nanoribbons in Hexagonal 4H Phase Show Liquid‑Like Behavior Under Moderate E‑Beam Heating
Moscow Institute Scientists Near Breakthrough in Nonvolatile Memory Technology
Revolutionary Viral Nanovaccine Enhances Cancer Immunotherapy
Scientists Detect Brain‑Like Functionality in Nanometer‑Scale Device
Decades-Old Electron Transfer Theory Confirmed in Ultra-Thin 2D Materials
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Nanotechnology
Nanotechnology
Atomic Nitrogen Breakthrough: Pioneering New 2D Semiconductors for Electronics
Tubular Science Boosts Efficiency of Polymer Solar Cells
Machine Learning Boosts Photonic Applications
Layered Cotton Masks Outperform Synthetic Fabrics in Blocking COVID-19 Transmission
Scientists Engineer Self-Assembling Microparticles Mimicking Atomic Molecules
Revealing Molecular Breakage: First High‑Resolution Images Capture Bond Breaking and Reforming
Graphene Maintains Performance Under Silicon Coating, Pushing Solar Cell Innovation Forward
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