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Nanotechnology
Swansea University Researchers Unlock Nanoscale Catalysis for Next-Gen Semiconductors
Researchers Directly Measure Perovskite Solar Films' Light-to-Power Conversion Efficiency
First 2‑D Electride Synthesized: Breakthrough in Electron‑Rich Materials
Sticky Rice Yields Breakthrough Graphene Catalyst: Researchers Highlight Topological Defects
Fabricating Ultra‑Tiny Surface Structures with Focused Electron Beam Technology
Gold Nanoclusters Self‑Assemble into 2‑D Sheets and 3‑D Capsids, Pioneering New Materials
Revolutionary PtSe2 Gas Sensors: Ultra-Fast & Ultra-Sensitive Detection
New 2D Semiconducting Polymer Network Paves Way for Transparent, Flexible Electronics
Researchers Analyze the Structure of Bilayer Graphene
Engineers Introduce World's Lightest Mechanical Watch with Graphene Technology
Nanoparticles from Combustion Engines Reactivate Dormant Lung Viruses, Study Finds
DNA Nanotubes Construct a Bridge Between Molecular Posts—See the Live Video
Creating Zero‑Resistance Pathways in Atomically Thin Semiconductors with Light Pulses
Physicists Unveil Solution to Decades-Old Mystery of Negative Differential Resistance
Stretchable Transistor Achieves Double Length with Minimal Conductivity Loss
MIT Engineers Create Ultra-Strong, Lightweight 3D Graphene Structures: 10x Steel Strength
University of Illinois Breaks Ground on Scalable GaN‑on‑Silicon High‑Mobility Transistors
2‑D Materials Revolutionize 3‑D Applications
Harnessing 3‑D Printing and Nanotech to Detect Toxic Liquids
Beta Gallium Oxide Transistor Promises Ultra‑Efficient Power Switches for Next‑Generation Electronics
Edge Defects in Nanoparticles Drive Catalytic Performance: Experimental Validation
Carbon Nanotube System Driven by Electron Interactions, No Current Produced
Worms Eat Nanoparticles to Validate Biological Force Sensors
Milestone Achieved: Graphene-Based OLED Electrodes Now Functional
Pressure-Driven Insights into Germanium’s Semiconducting and Optical Behavior
Harnessing Polymers to Precisely Control Nanoparticle Organization
Groundbreaking Experiment Confirms 70-Year-Old Physics Theory
Advanced Three-Layer Nanoparticle Catalysts Significantly Enhance Zinc‑Air Battery Efficiency
Nano-Chimneys: Graphene Cones Enhance Circuit Cooling
Silver Nanowire Inks Power Paper‑Printed Electronics
Revolutionary Nanoparticle Breakthrough Could Eliminate Cold Storage for Diagnostic Tests
Advanced Dual-Function Sensor for Simultaneous Charge and Mass Detection of Biomolecules
Graphene Enables Room‑Temperature Spin Filtering: Advancing Spintronics
UAE Researchers Pioneer Zinc Oxide Technology for Next‑Gen High‑Power Electronics
Scientists Reveal New Phase of Water, Expanding Understanding of Matter
Shigella Bacteria Hijack Cellular Endocytosis to Infect Cells
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Nanotechnology
Nanotechnology
Nanomachines Engineered to Control Bionic Protein Functionality
Italian Researchers Capture First High-Contrast Image of a DNA Fiber Band
MIT Engineers Develop 9‑nm Resolution Imaging Technique for Viruses Using Standard Light Microscopes
Bio-Inspired Amoeba Computing Surpasses Conventional Optimization Techniques
Rapid, Reliable Field Diagnostics with DNAzyme‑Gold Nanoparticle Colorimetric Assay
Scientists Build the Smallest DNA-Based Antenna for Light Transmission
Revolutionary All-2D Light-Emitting Field-Effect Transistor Promises Next-Gen Optoelectronics
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