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Nanotechnology
Japan Achieves Breakthrough: First Advanced Carbon-Based Magnetic Material Synthesized After 70 Years
Chiral Spiral Nanocapsules: Self‑Assembly of Lamellar Micelles into Multi‑Shelled Hollow Nanospheres
Enhancing Perovskite Electronics with a Novel Oxide Layer
Nanoparticle Technology Targets and Eliminates Intracellular Bacteria
Revolutionizing Quantum Encryption: A Simple, Efficient Fluorescent Crystal Approach
Nanoscale Computer Embedded in Protein Alters Cell Behavior
Efficient CVD Synthesis of Borophene and Borophene‑hBN Heterostructures on Ir(111)
Aptamer-Enhanced SERS Biosensor for Sensitive Detection of Hepatic miR‑122 in X‑Ray Irradiated Mice
Magnetically Guided Shape‑Morphing Microrobots Target Cancer Cells for Precise Drug Delivery
How Soot Forms Inside Flames and Fuels Climate Change
Visualizing Thermal Transport: An Innovative Technique for Nanoscale Characterization
Optimized Ultra-Thin Magnetite Film for Advanced Spintronics Applications
Magnetene: Graphene‑Inspired 2D Material Achieves Ultra‑Low Friction Through Quantum Effects
Nested NanoPOTS Chip Accelerates Single-Cell Cancer Research by 10×
How Cancer Cells Deploy Nanotube Tentacles to Evade Immune Surveillance
Stabilizing Ferroelectric Bubbles Paves the Way for Innovative Device Technologies
New Whole-Cell Vaccine Shows Promise in Preventing Recurrent UTIs
Enhancing Green Hydrogen Production with Ni‑Co Single-Atom Dimers
Advanced Low-Voltage Magnetoelectric Coupling in (011)-Oriented PMN-PT Membrane Heterostructures
Ultra‑Sensitive 2D‑Material Sensor Detects Early-Stage Cancer
How to Eliminate Quantum Dot Blinking: MIT Chemists' Breakthrough
Unveiling the Secrets of High-Performance Perovskite Solar Cells with Advanced Microscopy
Rice University Boosts Efficiency of Ultrathin 2D Perovskite Solar Cells, Challenging Bulkier Competitors
Toxin-Free Polymeric Sulfur–Fluorine Blends for High-Performance Triboelectric Nanogenerators
Nanotechnology Delivers Advanced Pain Relief for Tooth Sensitivity
Breakthrough Nanoparticle Therapy Rapidly Controls Internal Bleeding
Innovative Plant Cellulose Process Recovers Rare Earth Elements from E‑Waste
First De Novo-Designed Peptide Nanopore Detects DNA and Proteins in Single-Molecule Analysis
Harnessing the Coffee Ring Effect to Enhance Quantum Dot Array Fabrication
Advancing Graphene Research: Lightwave-Driven Scanning Tunneling Spectroscopy on Atomically Precise Nanoribbons
High‑Efficiency Probe Enables 6‑Nanometer White‑Light Super‑Focus for Advanced Color Photography
Coordinated Microscopic Movements: Pioneering Macroscopic Device Motion
Nature-Inspired Spiderweb Design Powers Ultra-Precise Room-Temperature Microchip Sensors
Living Cell‑Based 3D Ink for Fabricating Functional Biological Structures
Scientists Develop a Tougher Diamond Using Fullerenes
Scientists Capture Real-Time Electron Transfer Images During Electrocatalysis
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Nanotechnology
Nanotechnology
Mussel-Inspired Defect Engineering Boosts Mechanical Strength of Graphene Fibers
New Study Enhances Rechargeable Battery Performance Using Graphene Oxide Paper
Mastering Material Properties in Two‑Dimensional Crystals
New Study Finds Molecular Motors Produce Less Power Than Expected
Unveiling the Hidden World of Catalyst Nanoparticles: 3,000‑Fold Smaller Than a Human Cell
Ultrafast Photodetectors Reveal Multiple Electrons from a Single Photon
UW‑Madison Engineers Unveil World’s Fastest Flexible Phototransistor
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