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Nanotechnology
Revolutionary Hydrogel Tech: Cool Electronics & Convert Waste Heat into Power
Triple-Functional Graphene Platform Enhances Precision Cancer Therapy
Mastering Ion Transport in Porous Materials for Energy and Environmental Applications
Ultrasound‑Controlled Nanomaterials for Precise Protein Delivery in Medicine
Nanoparticles Triggered by pH to Release Toxic Iron: A New Targeted Therapy
Unraveling SDS-Induced Protein Unfolding: Molecular Dynamics Insights
High‑Performance, Ultra‑Sensitive 2‑D Perovskite Thin‑Film X‑Ray Detector
Revolutionary Graphene Nanomesh Fabricated with Helium Ion Beam: A Breakthrough for Nanotechnology
Rapid Field‑Effect Transistor Biosensor Detects SARS‑CoV‑2 from Nasopharyngeal Swabs
Washington University Engineers Secure Federal Funding for Breakthrough Rapid COVID-19 Test Using Plasmonic‑Fluor Technology
Breakthrough: Brain‑Inspired Electronics Achieve Efficient Learning
Terahertz Science Reveals Ultrafast Photocarrier Dynamics in Carbon Nanotubes
Hybrid Mesoporous Silicon–Carbon Nanotube Material Enhances Silicon Li‑Ion Battery Performance
Atmospheric‑Pressure Growth of High‑Quality Monolayer Hexagonal Boron Nitride
Ultra-Thin MXene Film Offers Advanced EMI Shielding for Flexible Electronics and 5G Devices
Stretchable Atomic Sheets Emit Tunable Quantum Light for Advanced Technologies
Dual Co-Catalyst Nanosheet Boosts Water Purification Efficiency
Carbon Nanotube Sensors Embedded in Leaves Detect Damage-Triggered Chemical Signals
New Insights into the Molecular Elevator Mechanism Revealed by Scientists
Peptide-Based Inhibitors: Innovative COVID-19 Treatment Strategies
Advancing 2-D Supramolecules: USF Scientists Break New Ground
Revealing the Single‑Atom Layer Trap Driving Lithium‑Ion Migration in Solid Electrolytes
Innovative Nanocarrier Drug Delivery System Successfully Traverses Blood–Brain Barrier
Smoothing Graphene: Dual‑Side Stretching Enhances Electron Mobility
Record-Setting Synthetic Microparticle Exceeds Natural Intricacy
New Bifunctional Iron Nanocomposite Catalyst Accelerates Alkene Oxidation to Ketones
Innovative Approach to Generate Two-Dimensional Magnetic Order
UT Austin Engineers Slash Energy Use in Big Data Processing with Magnetic Circuit Innovation
MIT Engineers Develop Magnetic Nanoparticles for Remote Hormone Release Control
UCI Team Creates Carbon Nanostructure Surpassing Diamond Strength
Nanobubble-Trapped Substances Reveal Unexpected Behaviors—A Skoltech Breakthrough
Nanostructure Delivery System Safely Transports Fragile Antiviral Drugs to Target Coronavirus Spike Proteins
Oxford, Delft, and IBM Researchers Build Tiny Self-Powered Graphene Temperature Sensors
New COVID-19 DNA Test Delivers Rapid, Precise Detection
DNA Lego Bricks Enable Rapid, Rewritable Data Storage
Observing Atomic-Scale Pathways of Ni(OH)₂ Growth with In-Situ Liquid-Cell TEM
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Nanotechnology
Nanotechnology
First Live Observation of Nanoparticle Formation
Layering Titanium Oxide Mineral Forms Boosts Perovskite Solar Cell Efficiency by 16%
Revolutionizing Quantum Encryption: A Simple, Efficient Fluorescent Crystal Approach
Sustainable & Efficient Production of High-Quality Fine Chemicals
Revolutionary Graphene Amplifier Could Boost Bluetooth Headsets and More
Harnessing Solar Power: Graphene and 2D Materials Power the Next Generation of Solar Cells
Pioneering Digital Graphene Transistors: A Breakthrough Toward Next-Gen Electronics
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