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Nanotechnology
Spiraling Laser Pulses May Switch Graphene from Metal to Insulator
DNA-Based Self-Replicating Nanostructures: Engineering Nature's Building Blocks
Rapid Expansion of Coherent Diffractive Imaging Applications by Researchers
Graphene-Enhanced Artificial Muscles Show Promising Advances
Engineering Cup‑Shaped Dynamic Inclusion Bodies from Dual‑Janus Nanoparticles for Advanced Colloid Design
Semiliquid Battery Outperforms Li-ion Cells and Supercapacitors in Power and Energy Density
Graphene and Diamond Nanoparticles Reduce Friction, Revealing a New Ultra‑Smooth Material
Compact Extreme UV Laser System Enables Nanoscale Imaging
Engineering Phase Transitions in Nanoparticle Arrays Using DNA-Triggered Control
DNA Double Helices Double Duty in Nanoparticle Array Assembly
First Single-Molecule Diode Achieves Remarkable Rectification Ratio
Advanced Nanocapsules for Targeted Diagnosis of Malignant Tumors
New Computational Technique Illuminates Electrical Vortices in Advanced Materials
Unveiling Quantum Signatures of Electronic Transport in Graphene
Scientists Achieve Precise Light Control by Combining Graphene and Boron Nitride Layers
Simulations Forecast a Novel Two‑Dimensional Flat Liquid Phase
Boosting Plant Photosynthesis and Stability with Carbon Nanotubes and Inorganic Nanoparticles
Engineering Gold Nanoparticles to Direct Stem Cell Osteogenesis
Scientists Show Theoretical Possibility of Detecting a Single Nuclear Spin at Room Temperature
Leveraging Twin Boundaries to Boost Lithium‑Ion Battery Performance
Step-by-Step Guide to Producing Continuous Graphene Rolls
Revolutionary Thermoelectric Device Could Turn Industrial Waste Heat into Competitive Power
Physicists Pioneer Efficient Signal Transmission Between Nanocomponents and Macroscopic Conductors
Gold Nanohole Arrays Boost Molecular Detection Sensitivity
Revolutionary Porous Layered Material Offers a Tunable Graphene Analog
New Noninvasive Brain Tech Could Treat Parkinson's & Neurodegenerative Disorders
Advanced 3‑D Graphene Scaffolds for Next‑Generation Tissue Engineering
Affordable Laser Self-Assembly Technique Lowers Nanostructure Production Costs
Nature Inspires First Artificial Molecular Pump, Pioneering Nanotech Innovation
Scientists Print Low‑Cost RF Antenna Using Graphene Ink
High‑Performance Nanopore Batteries: Superior Power and Longevity via Ion & Electron Management
High‑Pressure Synthesis of Carbon Nanothreads from Benzene
Revolutionary X‑Ray Microscopy Reveals Chemical & Physical Properties of Materials
Nano-Transistor Detects Health Indicators in Sweat
Nature's Color Palette: How Bees and Butterflies Realize the Optical Engineer’s Dream
Random Nanowire Configurations Yield Superior Conductivity Compared to Highly Ordered Structures
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Nanotechnology
Nanotechnology
Advanced Acoustic Imaging Uncovers Nanoscale Material Structures
Record-Breaking Ultra-Thin X‑Ray Detector Using Tin Sulfide Nanosheets
Simulating Diamond Growth: Unveiling Geometric Patterns in Thin Film Formation
How Surface Location Drives Nanocluster Self‑Assembly
Star‑Shaped Block Copolymers: Precise Nanoreactors for Uniform Nanocrystals
Scientists Employ Advanced Electron Microscopy to Fabricate a 25,000‑Times Smaller Nanotube Transistor
University of Maryland researchers find electric current in carbon nanotubes heats nearby objects while the tubes stay cool—remote Joule heating
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