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Nanotechnology
Johns Hopkins Engineers Unveil Rapid, Accurate COVID-19 Sensor for Broad Surface Use
Spintronics Breakthrough: Atom‑Thin Insulator Boosts Spin Transport
Nature-Inspired Self‑Sensing Materials Pave the Way for Next‑Generation Engineering Innovations
Cooling Boosts Electron Transport in Bacterial Nanowires, Enhancing Natural Electrical Conductivity
New D-Peptide Ligand for Y1 Receptor Enables Targeted Glioma Delivery Across Blood‑Brain Barrier
Ultra‑Sensitive Virus Detection Using Graphene Microchips
Llama-Derived Nanobodies Offer Precise Targeting for Human Muscle Cell Therapies
Optoacoustic Imaging Uncovers Microrobots Inside Living Organisms
Record‑Low Loss Nanomechanical Oscillators Set New Performance Benchmarks
Directional Quantum Current in Topological Insulator Nanowires
Revolutionizing Desalination: Fast, Efficient, Selective Membrane for Saltwater Purification
Scientists Uncover Universal Mechanism for Carbon Nanoparticle Formation from Stars to Combustion
New Nanosensor Platform Enhances Early Detection of Ovarian Cancer
Nanobiotics Breakthrough: ML Model Deciphers Nanoparticle‑Protein Interactions
First Individual Characterization of Magnetic Nanoparticles in Bio‑Vehicles
Silicon Nanowires Deliver 150% Higher Thermal Conductivity for Advanced Chip Technologies
Advanced Diagnostic Nano-Probes: Enhanced Design and Fabrication
Crafting Two‑Dimensional Holey Graphyne: A Top‑Down Synthesis Approach
New Wood-Based Foam Keeps Buildings Cooler with Cellulose Nanocrystals
Precision at the Nanoscale: How Tiny Measurements Drive Scientific Breakthroughs
Ultra‑High‑Emissive Sb3+‑Doped 0D Cesium Indium Chloride Nanocrystals: Switchable Photoluminescence for Lead‑Free Optoelectronics
Pure Carbon Möbius Strip: A Breakthrough in Nanocarbon Topology
Creating Ultra‑Violet Lasers from Near‑Infrared Light via Domino Upconversion Nanoparticles
Nanoscale Graphite Film Heaters: Ultra‑Fast, Flexible, and High‑Performance Heating Solutions
High‑Resolution Self‑Packaged Liquid Metal Nanopatterns via Laser Interference Lithography
Sidekick Microbubbles Deliver Anti-Cancer Drugs and Disrupt Tumor Vasculature
Polymersomes Enable Targeted siRNA Delivery for Breast Cancer Therapy in Preclinical Studies
Reversible Tensile Testing Method for Micro & Nanofibers – TU Wien Innovation
Self-Passivation of Single Vacancies in Black Phosphorus: Electronic Structure and STM Observations
Protein Nanoparticle Vaccine Shows Promise for Safe, Broad-Spectrum COVID-19 Protection
Pioneering a One-Stop Diamond Quantum Sensing Platform at Argonne Lab
Metformin Enhances Antibacterial Therapy Speed and Efficacy, Study Finds
Nanoparticle-Delivered Inhibitor Activates Immune Response to Overcome Brain Cancer
Scientists Achieve 9× Sensitivity in Toxic Gas Sensors with New Tungsten Oxide
Innovative Method Uses Glass Colloids to Create Advanced Synthetic Materials
Advanced Light-Responsive Nanoplatform Enhances Cancer Photo-Immunotherapy
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Nanotechnology
Nanotechnology
Nanosensors Reduce Need for Animal Testing in Scientific Research
Michigan State University Unveils Breakthrough Nanomedicine Analysis Method
Effective Nanozymes Developed to Combat Antimicrobial Resistance
Berkeley Lab Scientists Develop Customizable Molecular Paper
Nanotube Experiments Reveal How Cells Mobilize Their Own Transport Network
Revolutionary Breakthrough in Material Design: Shaping Tomorrow's Technologies
Sussex Physicists Pioneer Next-Gen Touchscreen Technology
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