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Nanotechnology
Engineering Self-Assembling Organic Devices: Design and Synthesis
Researchers Reveal Groundbreaking Properties of the World’s Thinnest Material
Carbon Nanotube Speakers Show Promise for Advanced Sonar Applications
Butterfly Wing Colors Reveal Light-Controlling Structures
Metal Crystal Templates Enable Precise Nano‑Scale Organization of Organic Electronics
Gold-Decorated Silver Chloride Nanowires Achieve Visible-Light Catalysis
X-Ray Diffraction Microscopy Unveils 3-D Internal Architecture of Intact Cells
Nanocoax Technology Enables Highly Efficient Thin-Film Solar Cells
First Images of Sub‑Nano Pore Structures Reveal Path to Superior Electronic Performance
Graphene Enables Ultra-Light, Faster Aircraft Design
Liposome-Hydrogel Hybrids: Easy, Reliable Route to Stronger Bubble Films
First 2‑D Organic Metal from Layered Fullerenes
Fast Domain Wall Dynamics Accelerate Solid‑State Memory Performance
Nanotechnology Breakthrough Enhances Heat Transfer for Next-Gen Cooling Solutions
Precision Studies of Electron Interactions Through Stretching Single Molecules
Revolutionary OLETs Deliver Tenfold Efficiency Over OLEDs
Enhancing Graphene Through Doping: Unlocking Ultra‑Fast Electronics
Copper Nanowires Pave the Way for Flexible Displays and Solar Cells
New DTEM Imaging Technique Unveils Nanocatalyst Dynamics with Unprecedented Resolution
Massively Parallel Single-Molecule Manipulation: Accessible Tools for All Scientists
Nanosponge Drug Delivery Beats Direct Injection in Targeted Cancer Treatment
Scientists Harness Nature's Design Principles to Develop Advanced Nanofabrics
Polarization‑Modulated Rectification on Ferroelectric Surfaces: A High‑Resolution Study
New Method Detects and Repairs Graphene Defects (Video)
Validating Faster Electrochemical Reactions on Nanometer-Scale Electrodes
Gold Nanoparticles Activated by Light Offer a Promising Photothermal Cancer Therapy
Finnish Researchers Crack Decade-Old Mystery of Chiral Gold Nanocluster
Melanin-Coated Nanoparticles Shield Bone Marrow from Radiation Damage in Cancer Therapy
Scientists Uncover Core Insights into Nanoparticle Behavior
Nanoshell Structures: Self‑Assembly Technique Generates Materials with Exceptional Optical Properties
Rice University's Nano-Bio-Chip Offers Noninvasive Oral Cancer Detection with 97% Sensitivity
Applied Physicists Develop Nanoscopic Building Blocks for Next-Gen Optical Circuits
Revolutionary Liquid-Phase Process Yields High-Purity Graphene
Harnessing Butterfly Wing Colors to Fight Bank Fraud: A Scientific Solution
Crystallization Enables Precise Nanoparticle Self‑Assembly
Gold Nanorods Deliver Potent Payload Against H1N1 and Other Flu Viruses
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Nanotechnology
Nanotechnology
Light-Activated Single-Molecule 3-Wheelers Reach 23 nm/hr Speed
Gold Nanoparticles Show Promise as a New Pancreatic Cancer Therapy
Nanoparticles Promise Faster, More Effective Medicine Delivery
Wearable‑Battery Innovation: Google Glass & Apple iWatch Drive Carbon‑Nanotube Fiber Tech
Excess Electrons at Silicon Lithiation Front Impede Battery Performance
Lab Study Sparks Concerns About Nano-Particle Effects on Health
Cornell-Dots: Bright Nanoparticles Enter Clinical Trials to Target Cancer Cells
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