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Nanotechnology
Hybrid Copper‑Gold Nanoparticles Drive Efficient CO₂ Conversion
Innovative Nanoparticle Design Converts Low‑Energy Light into High‑Energy Emission for Advanced Biological Imaging
Cell Phones as Real-Time Sensors for Harmful Airborne Substances
Carbon Nanotubes Double Plant Cell Culture Growth, Boosting Industrial Production
Gold Nanostars Deliver Drugs Directly to Cancer Cell Nuclei—A Breakthrough in Targeted Therapy
Lipid‑Coated Quantum Dots Enable Precise Quantification of Pancreatic Cancer Biomarkers on Single Cells
Gold Nanoparticles Harness Radio Waves to Target and Destroy Liver Cancer Cells
Graphene Breakthrough: Enabling Electron Microscopy of Liquid Samples
Nanoparticle-Delivered siRNA Therapy Halts Head and Neck Cancer Growth in Early Clinical Trials
New Physics Discovery Promises Breakthrough in Data Storage Efficiency
Tumor Blood Vessel Normalization Significantly Enhances Delivery of Ultra‑Small Nanomedicines
Nanobubbles + Chemotherapy: Targeting Cancer at the Single‑Cell Level
Researchers Confirm Simplified Lateral Force Calibration for AFM
Nanowires: Unmatched Electrical & Mechanical Strengths for Advanced Pressure Sensors
UF Scientists Unveil Lignin Nanotube Tech to Cut Oil Dependence and Target Cancer
New Superhard Carbon Allotropes Predicted via Cold Compression of Graphite
Pencil Lead Paves the Way for Next‑Gen Microprocessors
Scientists Race to Produce the First Atom-Thick Silicon Sheets
Waterborne Nanomaterials Accelerate Gene Transfer, Fueling Multidrug-Resistant Bacteria
New Technique Enables Precise Strain Control on Graphene Membranes
Barcelona Team Builds Record‑Sensitive Scale to Weigh a Single Proton
Advanced Tunable Metal Nanostructures for Fuel Cells, Batteries, and Solar Energy
Scaling Up Graphene Electronics: UF Scientists Use Ion Pens for Large‑Scale Circuit Fabrication
Nanostar Fruits: The Golden Future of Research
Researchers Destroy Head and Neck Cancer Cells in Mice Using Nanoparticles and Magnetic Fields
University of Toronto Discovers Cost-Effective, Eco-Friendly Catalyst for Drug Production
Unexpected Reaction Inside Carbon Nanotubes Reveals New Chemistry
Researchers Evaluate Nanotech’s Economic Impact on Green and Sustainable Growth
Graphene Biosensors Drive Research Momentum: Two Key Papers Garner Wide Attention
Rapid Salmonella Detection with Gold Nanoparticles
UCLA & NYU Develop Molecular Braille to Identify DNA Variants
Scientists Harness Tiny Bacteria as Nano-Medicine Delivery Vehicles
Harnessing Graphene for Advanced Cell Membrane Modeling
Microorganisms Produce Graphene: A Sustainable, Microbial Approach
Innovative Bed-of-Nails Breast Implant Hinders Cancer Cell Growth
Graphene-DNA Fusion: A Breakthrough for Rapid, Affordable Genetic Sequencing
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Nanotechnology
Nanotechnology
Reducing Iridium Use in Electrolysis: A Cost‑Effective Catalyst Innovation
Physicists Discover Novel Superhard Carbon Phase under Extreme Pressure
Unveiling Quantum Effects in Nanoscale Transistors: A Path to Next-Gen Electronics
Ultra-Compact Biosupercapacitor Powers Autonomous Biomedical Sensors
Nanoscale One-Way Optical Highway Enables Unidirectional Light Flow
Advanced Graphene Characterization via Microwave Resonance
Valley Current Control Paves the Way for Ultra-Low-Power Devices
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