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Nanotechnology
UCF Researchers Develop Advanced Nanomaterials for Sensitive Early Cancer Detection
New Light‑Based Device Detects Ultra‑Tiny Biomolecules, Surpassing Prior Limits
Weak Atomic Forces Precisely Align Zinc Oxide Nanoparticles, Advancing Semiconductor Control
Ultra‑Sensitive, Ultra‑Thin Phototransistors & Photonic Synapses via Hybrid Superstructures
Evaluating Nanoparticle Safety in Medical Use: Risks and Environmental Impact
Hybrid Solar Panel Combines Quantum Dots and Proteins for Enhanced Efficiency
Revolutionizing Oil Separation with 2‑D Membrane Technology
Northeastern Physicists Unveil Unexpected New State of Matter
Innovative Template Enables Construction of Nonspherical Viral Nanocages
Flexible Substrate Enables Full 2‑D Stretching of OLED Displays
Innovative Gold Nanocatalyst Exhibits Superior Activity and Outstanding Stability
DNA Nanostructures Pave the Way for Next‑Gen Therapeutic Delivery
Eco-Friendly Adhesive: Cellulose Nanocrystals Create a Sustainable, High-Performance Glue
Targeted Nanoparticle Therapy: Guiding Tiny Carriers Straight to Tumor Cells
Small Grain, Big Strength: How Ultra‑Fine Nickel Enhances Metal Performance
3‑D Imaging Reveals Nano‑Scale Magnetic Tornadoes
Affordable Production of Large-Scale, High-Quality Graphene for Electronics
Pushing Temperature Limits: Laser‑Driven Electron Microscopy for Ultra‑High Temp Testing of Aerospace Materials
Chiral Semiconductor Heteronanorods Achieve Regioselective Magnetization for Enhanced Optoelectronic Properties
The Crucial Role of Interfaces in Bonding Noble Metals to 2‑D Materials
Precision Time-Resolved Measurements of Magnetization Switching in Advanced Memory Devices
Enhancing Electrical & Mechanical Performance of Carbon Nanotube Fibers through Chemical Crosslinking
New 2‑D Magnet Discovery: Researchers Uncover Unexpected Spin Wave Behavior
Cellulose-Based Nanomaterials Promise Cost-Effective Renewable Energy Storage
Breakthrough: Scientists Develop Cost-Effective Hydrogen Fuel Production for Engines
Graphene Metasurface Enables Precise, Independent Control of Light Amplitude and Phase
Scientists Uncover Mechanism Behind Structured Assembly of Alternating Peptide β‑Sheets
New Technique Enables Isolation of Atomically Thin MoS₂ Sheets for Advanced Material Applications
KIST Breakthrough: Carbon‑Silicon Cathode Doubles EV Range
Ultra-Low-Power Switching with Black Phosphorus Tunnel Field-Effect Transistors
UCF Breakthrough: Brain‑Cell‑Inspired Device Mimics Human Vision
Innovative Crotoxin Therapy Offers New Hope for Chronic Pain Management
Innovative Catalyst Converts Greenhouse Gases into Fuel, Hydrogen and Chemicals—Advancing a Circular Carbon Economy
UMass Amherst Breakthrough: Protein-Based Device Generates Electricity from Atmospheric Moisture
Perovskite Devices Exhibit Remarkable Resettable Single-Photon Response
Revolutionary Supersensitive Nanomaterials Developed for Precision DNA Diagnostics and Targeted Drug Delivery
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Nanotechnology
Advanced Sensor-on-a-Chip Technology Promises Precise Ecosystem and Health Monitoring
Comparative Study Reveals Best Nanoparticle System for Cancer Treatment
Fast, Modular Synthesis of Nanographenes via APEX Reaction Templates
Revolutionary Technique Produces Uniform Mesoporous Metal Oxides
Optimizing Semiconductor Surface Features to Guide Neural Cell Growth
Innovative Nanocomposite Boosts Solar Evaporation for Efficient Water Purification
Targeted Drug Delivery: System Releases Therapeutics Only in Presence of Bacteria
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