- Worms Lead the Way in Rapid, Cost‑Effective Nanoparticle Toxicity Screening
- Graphene Shows Promising Future for Flexible Electronics
- Winding Grain Boundaries Could Strengthen Graphene's Mechanical and Electronic Properties
- Graphene & 2D Crystals: Revolutionizing Energy Generation, Conversion, and Storage
- Scientists Build Transistors from Silicene, Paving the Way for Next‑Gen Electronics
- Penta‑Graphene: New Carbon Structure Revealed as Stable, Innovative Material
- Silica Coating of Noble Metal Nanoparticles: A Simple, Efficient, Alcohol-Free Method
- New Wafer Technology Could End the Need for Eye Drops in Treating Eye Injuries
- First 3‑D Imaging of Free Silver Nanoparticles with X‑Ray Pulses
- Quantum Dot–Antibody Conjugates: A Novel In Vivo Tool for Studying Cells in Their Native Environment
- Scientists Identify Valence Band Gaps in Nanodiamonds
- How Nanocrystal Solar Cells Work: Insights from ETH Research
- Achieving High‑Resolution Quantum Dot Patterns via Electrohydrodynamic Jet Printing for Advanced LEDs
- NanoSuit Breakthrough: Nano-Coating Enables Live Insect Imaging via Electron Microscopy
- Revolutionary Magnetic Field Sensor Developed Using a Single Molecule
- DNA Nanoswitches Reveal How Life's Molecules Connect
- Google Eyes Nanoparticle Platform to Revolutionize Health Management
- Why Carbon Nanotubes Fail to Reinforce Ceramics: Key Insights
- Maximizing Efficiency in Thermoelectric Nanowires: A Sandia Nanofabrication Breakthrough
- Nanoshuttle Durability: Mileage Matters More Than Age
- Designing Self-Assembling Amyloid Fibers for Nanotech Applications
- Real‑Time Reconfigurable Electronic Circuits: Bringing Adaptive Functionality to Life
- Researchers Achieve Controlled Conductivity Flip in Graphene Using Oxide Layers
- UC Riverside Scientists Engineer Magnetic Graphene While Preserving Electronic Properties
- Nanoparticle System Enhances Cellular Delivery of Oligonucleotide Therapeutics
- Carbon Nanoballs: A Breakthrough for Sustainable Energy Solutions
- Scientists Achieve Precise Friction Control in Ionic Solids at the Nanoscale
- Kevlar‑Based Battery Membrane Enhances Safety and Slimness for Lithium‑Ion Power Cells
- Stomach Acid-Driven Micromotors Successfully Tested in Living Animal
- Transparent Artificial Nacre: A Nano-Scale Brick Wall Mimicking Nature's Strength
- Graphene Enables Quantum Effects in Electronic Circuits
- Self‑Powered Smart Keyboard Cleans, Powers Itself, and Recognizes You – Updated
- Innovative Method Reveals How Material Structure Drives Organic Solar Cell Efficiency
- Nanotechnology Alters Material Behavior, Boosting Solar Cell Efficiency
- Silver Nanowires Reveal Surprising Self‑Healing Mechanism, Paving Way for Durable Electronics
- Customizable Graphene Edges: Researchers Unlock Tailor‑Made Nanoribbons
Total
14616 -Science
FirstPage PreviousPage NextPage LastPage CurrentPage:
277/406 36-Science/Page Goto:
1 271
272
273
274
275
276
277
278
279
280
281
282
283
