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Nanotechnology
Scientists Design Novel Pathways to Create Self-Assembled Nanostructures
Nanoparticles Pass New Milestone in Lung Cancer Treatment
Oxidative Unzipping of Multi‑Wall Carbon Nanotubes into High‑Quality Graphene Nanoribbons
Detecting Molecular Interactions Through Advanced Sensing
Reducing Magnetic Strength of Metal Core Particles Using Metal-Organic Framework Coatings
Scientists Discover How Cells’ Own Nanoparticles Serve as Disease Biomarkers
Harnessing Human Motion: Converting Movement into Reliable Energy
Self‑Healing Metal Oxide Coatings: Advanced Protection Against Corrosion
How Gold Nanoclusters Survive Extreme Heat: Insights from Swansea University
Transparent Patch Detects Foodborne Pathogens, Enhancing Packaging Safety
Gold Stripes Enhance Photoluminescence in Silicon Quantum Dots
Inkjet-Printed Thermo-Plasmonic Heat Patterns for Precise Neural Stimulation
Researchers Target Dendrite Growth to Enhance Lithium Metal Battery Safety
How Food Packaging May Impede Nutrient Absorption: New Binghamton University Study
New Adhesive Patch Enables Non‑Invasive Glucose Monitoring Without Finger‑Pricks
Enhancing 2-D Semiconductor Performance with Superacids
Harnessing Light to Generate Atomic Vibrations in Two-Dimensional Materials
Scientists Develop Metal‑Organic Nanoflower Arrays for Targeted Cancer Radiotherapy
Innovative Stretchable and Twist-Resistant Wires Transform Wearable Electronics
Kirigami: Harnessing Ancient Paper Art to Revolutionize Smart Clothing
Revolutionary Sun‑Powered Hydrogel System Offers Clean Water Everywhere
Harnessing Magnetic Ink: Iron‑Oxide Nanoparticles for Multi‑Band Cellular Antennas
Silicon‑Integrated Graphene Blackbody Emitters for High‑Speed Light Generation
NUS Breaks Ground with Affordable, High-Quality Graphene Production Method
Nanoparticles Trigger DNA Damage in Brain Cells, Revealing New Targets for Neurodegenerative Therapies
RMIT Scientists Develop Light-Driven Nanozyme to Eliminate Bacteria
Scientists Reveal the Mechanics of Nanoparticle Collisions
Revolutionary Nanotweezers Unlock Breakthroughs in Medicine & Mobile Tech
Biological Molecule Detection Boosted 100× by Dual Nanopore Sensors
Dragonfly-Inspired Nanocoating: Instant Antibacterial Protection for High-Touch Surfaces
New Sugar-Coated Nanosheets Enable Precise Pathogen Targeting
Scientists Combine Disparate Elements to Forge Revolutionary Nanoparticles
Smart Fire‑Resistant Wallpaper: Detects, Withstands, and Alerts Against Household Fires
Harnessing Chaos for Superior Heat Insulation: Scientists Develop Innovative Thermal Barrier
Researchers Twist Graphene into Helical Nanographene Structures
Unveiling the Nanostructure of Eggshells: A Breakthrough with Major Food Safety Implications
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Nanotechnology
Nanotechnology
Carbon Nanotube Field-Effect Transistor Biosensors: High Sensitivity & Selectivity for Real-Time Diagnostics
Microscopy Uncovers Water’s Surprising Role in Enhancing Energy Storage Materials
Blue Petal Halo Guides Bees to Flowers
Portable Diagnostics: Reliable, Hands‑Free Testing for On‑The‑Go Care
Nano-Sandwiching Boosts Heat Transfer, Safeguarding Nanoelectronics from Overheating
Oregon State University Develops High-Performance Metal-Insulator-Metal Diode, Paving the Way for Faster, Cheaper Electronics
Scientists Engineer Artificial Graphene in Nanofabricated Semiconductor Arrays
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