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Nanotechnology
Nanoparticles Use Mirror-Enhanced SELFI Imaging to Pinpoint Their Precise Location
Light-Activated Molecular Cages Promise Targeted Cancer Drug Delivery
Entropy Analysis Uncovers Pomeranchuk Effect in Magic-Angle Graphene
First Self-Assembling 1D Nanographene Wires Achieve Stability and Strength via 3D Design
Scientists Achieve Final Breakthrough: Custom‑Made Zigzag Carbon Nanotube Synthesis Unveiled
Combining WSe2 and Black Phosphorus Creates Polarization and Photovoltaic Effect in 2D Materials
Oxygen-Enhanced Synthesis of High-Quality Armchair Graphene Nanoribbons on Cu(111) Surfaces
Electrically Controlled Magnetization: RIKEN’s Breakthrough Orbital Torque Mechanism for Magnetic Nanodevices
New Korean Technology Enables Recharge‑Free Wearable Devices
Exploring Substrate Effects on 2D Semiconductors: Electronic Properties with Layer Variation
Accelerating Materials Discovery with AI, Imaging, and Multiscale Modeling
Ultrashort Peptides Pave the Way for Next‑Gen Tissue Engineering
ORNL's Carbon Nanospike Electrocatalyst Splits Water and CO₂ to Produce Heavier Nanocarbons
Groundbreaking Ultrathin Sensor Protects Lungs and the Environment
Rice University Turns Tire Waste into Graphene, Strengthening Concrete
MIT Engineers Develop 9‑nm Resolution Imaging Technique for Viruses Using Standard Light Microscopes
Curved Plasmonic Fluxes Offer Novel Approach to Practical Light Manipulation at the Nanoscale
Predicting 2D Material Response to Pressure: A New Modeling Approach
How Micro-Environmental Factors Shape the Performance of Artificial Micromotors
Kirigami-Inspired Fabrication Unlocks Advanced 3D Nanostructures for Electronics
Harnessing Big Data to Enhance Small-Molecule Drug Development
New GPAW Method Accelerates Circular Dichroism Spectra Calculations for Nanoscale Systems
Crab Shells Power Sustainable Electronics: Innovative Nanocarbon Materials for Energy Storage and Photosensing
3D Reconstruction of Electromagnetic Fields in Magnesium Oxide Nanocubes
Revolutionary Infrared Quantum Dots Boost Medical Imaging & Quantum Computing
Scientists Identify Key Barrier to Enhancing Quantum Dot Brightness
Ultra‑Sensitive On‑Chip Torsion Balance Achieves Femtonewton Force Resolution at Ambient Temperature
High‑Sensitivity, Linear‑Response Soft Micropillared Electrode Pressure Sensor for Advanced Flexible Electronics
Advanced Potassium‑Ion Micro‑Supercapacitors for Wearable Pressure Sensors
Precise Sorting of Fluorescent Nanodiamonds Using Optical Forces
Palladium Nanowires Engineered with Single-Stranded DNA Templates for Precise Atomic-Level Control
Plasmon‑Coupled Gold Nanoparticles Enable Precise Thermal History Sensing
Nanotech Breakthrough: Detecting Bone‑Repair Stem Cells for Fracture Treatment
Automated Nanofiber Assessment Boosts Accuracy by 30% – A Breakthrough in Advanced Materials
Coated Zinc Sulfide Nanoparticles Exhibit Strong Catalytic Activity
New Insight: Auger-Driven Electron Transfer in Adjacent Quantum Wells of 2D Layered Perovskites
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Revolutionary Islet Cell Encapsulation Technique Promises Long‑Term Diabetes Therapy
Innovative Iron‑Manganese‑Phosphorus Catalyst Boosts Artificial Photosynthesis Efficiency
High-Speed Flow Apparatus Enhances Neutron Scattering Studies of Micellar Structures
Self-Cleaning Glass: Innovative Coating Bounces Off Oil and Water
Boosting Drug Delivery Efficiency with Chiral Nanoparticle Orientation
Harnessing Contrasting Properties to Drive Synergistic Functionality
Tiny Graphene Radios Pave the Way for the Internet of Nano‑Things
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