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Nanotechnology
Precision Atomic-Scale Thermometry for Two-Dimensional Materials
Clemson Scientists Pioneer 3‑D Printed Graphene T‑TENG for Wireless Energy Harvesting
Graphene Unveiled: A Breakthrough Source of Ultra‑Fast Light Pulses
Graphene-Based Radiation Detector: Fast, Low-Cost, Wide Temperature Range
Physicists Harness Nanoscale Structures to Control Light Precisely
Nanopore-Confined Liquid Crystals Self-Assemble into Nano-Rings
Fast-Spinning Spheres Reveal Nanoscale Secrets in Materials Science
Skin-Inspired Coating Mimics Tooth Hardness and Self-Heals
Queen's University Scientists Develop Breakthrough Process to Enhance HD Television Quality
Self-Assembled Hairy Nanoparticles Offer Dual-Action Cancer Therapy
Harnessing Biology for Precision Medicine: Unlocking Solutions for a Vast Range of Diseases
Drexel-developed MXene Enhances Air-Quality Chemical Sensors
Advanced Nanoparticle Research Sheds Light on Kidney Function
Imperial College Develops Rapid HIV Test for Early Detection
WSU Develops Efficient Nanofoam Catalysts for Large-Scale Hydrogen Production
Safe Zinc Oxide Quantum Dots: New Biocompatible Nanocrystals with Zero Biological Interaction
Scientists Forge Next‑Generation 2‑D Materials Parallel to Graphene
TU Delft Leads Breakthrough in Silicon Quantum Chip Development
Innovative Approaches to Quantum Dot Material Synthesis
Revolutionary Nanoscale White-Light Generation for Ultra-Broadband Nanospectroscopy
Immune Cells Recognise Graphene Oxide, Paving Way for Safer Biomedical Uses
NIST’s Superconducting Synapse: A Key Breakthrough for Artificial Brains
Precisely Manipulating Tiny Gold Spheres on Surfaces via Solvent Evaporation
New Study Shows Blood Vessel Endothelial Cells Block More Nanoparticles Than the Liver
Team Discovers Strong Indirect Coupling Between Distant Nanomechanical Resonators
New Flexible Vertical micro-LEDs Enable Precise Optogenetic Control of Mouse Behavior
Chemists Map Molecular Paths in Nanowells to Reveal Catalytic Reactions in Nanoconfined Spaces
Advanced Filters Promise Precise Chemical Separation, Reducing Costs and Emissions for Manufacturers
Revolutionary Optical Nanoscope Reveals Quantum Dots with Unprecedented Clarity
Pearl‑Inspired Hybrid Material Enables Flexible Heating Elements
Revolutionary Biosensor Enables Continuous Glucose Monitoring via Tears and Sweat
Innovative Flexible, Water‑Resistant Graphene Circuits Enable Washable Electronics
Scientists Engineer Self-Directed Molecular Motors That Traverse DNA Tracks
Silicon Nanoblock Arrays Deliver Vivid Sub‑Wavelength Color Imaging
New Ultra-Thin, Transparent Touchscreen Pressure Sensors Unveiled by Researchers
Researchers Merge Spintronics and Nanophotonics in 2‑D Materials for Advanced Electronics
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Organic Electronics: Printing Devices on Everyday CDs and DVDs
From Plastic to Graphene: A Sustainable Path to Transparent Conductive Sheets
Wax and Soap: A One‑Step Solution to Overcome Battery Production Challenges
Scientists Discover Novel Nanoparticles for In-Utero mRNA Therapy
Excess Electrons at Silicon Lithiation Front Impede Battery Performance
Electrically Controlled Magnetization: RIKEN’s Breakthrough Orbital Torque Mechanism for Magnetic Nanodevices
Engineered Phage Capsid Blocks Influenza: A Novel, Precise Inhibitor That Prevents Viral Infection
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