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Nanotechnology
Rice University Team Cuts Nanotube Production Time with Handcrafted Short Samples
White Graphene Reinforces Ceramics, Boosting Strength and Versatility
University of Jyväskylä Breaks New Ground in Atomically Thin Metal Nanostructures
Advanced Nanotweezers Enable Precise Manipulation of Sub‑Micrometer Objects in Fluid Environments
Nanostructured Gate Dielectrics Significantly Enhance Organic Thin‑Film Transistor Stability
LLNL Breaks New Ground in Nanoscale 3‑D Printing
Iowa State Engineers Develop Wearable Plant Sensors to Track Crop Water Use in Real Time
One‑Pot CVD Synthesis of 2‑D Dichalcogenide Heterostructures
Scientists Reveal Carbon Nanomaterial Design to Replace Platinum in Fuel‑Cell Cathodes
MIT Breakthrough: Robust Nanofibers with Unmatched Strength for Diverse Applications
Silicon Achieves Superelasticity: A Breakthrough in Stretchable Materials
Cutting‑Edge Ultra‑Thin 2D‑Semiconductor LEDs for Efficient, Flexible Lighting
Graphene‑Embedded RFID Sensors Set to Transform IoT
Researchers Engineer Virus Nanoparticles to Target Peptide Drugs to Cells and Tissues
Physicists unveil breakthrough wearable health monitor tech that could save lives
Ultra-Stretchable Nanotube Supercapacitor with Ultra-Low Equivalent Series Resistance
Nanowire Urine Test Enables Rapid, Non‑Invasive Cancer Detection
Pioneering Database Unveils Reaction Kinetics for Precision Synthesis of Metallic Nanocrystals
3‑D Imaging of Dopant Atoms to Uncover Electrical Activity in Semiconductors
Silver Nanoparticles Revolutionize Spectroscopy: Enhanced Detection at the Nanoscale
Quantum Dot Technology Powers Efficient Double-Pane Solar Windows
Crafting Biorelevant Nanomaterials: Mimicking Biological Macromolecules with Synthetic Polyionic Complexes
Carbon Nanotube Devices Face Size Limits in Ultra‑Miniaturized Electronics
Cornell Physicists Pioneer Cell‑Sized Robots, Advancing Microrobotics
Macrophage Nanosponges Show Promise in Controlling Sepsis
New Study Clarifies Electron Structure of Graphene Defects, Resolving Longstanding Debate
Egyptian‑Inspired Gilding Technique Promises More Efficient Fuel Cells for Future Electric Cars
Revealing Graphene's Unexpected Hydrophilic Behavior: New Research Findings
Reducing Lab Animal Use with Innovative Secondary Nanobodies
Fluorescent Nanomedicine Enhances Tumor Resection and Eliminates Residual Cancer Cells
Harnessing DNA Bricks: Building 3‑D Nanostructures from 10,000 Unique Components
How Defects Shape the Properties of MoS₂: Insights from Low‑Frequency Noise and C‑AFM Studies
High-Performance 3D Graphene: Unlocking Trisodium Bismuthide’s Potential
Advanced Gas Sensors Using Porous Silicon Nanowires
Manipulating Soft Molecular Vehicles on Metal Surfaces with Scanning Tunneling Microscopy
Layering Metals with 2‑D Materials Uncovers New Functional Properties
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Nanotechnology
Revolutionary Low‑Voltage Electrochromic Glass Enables Multicolor Switching – Nanophotonics Team’s Breakthrough
Grass‑Blade Nanostructures Drive Significant Gains in Organic Solar Cell Performance
Silver Nanoparticles Illuminate Hidden Structures of Alzheimer’s Amyloid Plaques
Revolutionizing Energy Efficiency in IT: Voltage‑Controlled Ferrimagnets for Low‑Power Data Storage
New Study Reveals Predictable Behavior of Antiferroelectric Materials for Next-Gen Computer Memory
Confirming Titanium Dioxide Nanoparticles in Sunscreen: What You Need to Know
Enhancing Influenza Immunity with Chiral Gold Nanoparticles: A Breakthrough Study
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