Home
Chemistry
Astronomy
Energy
Nature
Biology
Physics
Electronics
Science
>>
Science Discoveries
> >>
Nanotechnology
Boron 1‑D Chains Reveal New Electrical Properties
Rice University's Bi4C@US-tubes Boost Stem Cell Tracking Accuracy
Water‑Based, Biocompatible 2‑D Inks: Revolutionizing Printed Electronics
Peacock-Inspired Natural Dyes Offer Sustainable Alternative to Traditional Clothing Colorants
Graphene Infrared Detectors Achieve Unprecedented Sensitivity for Imaging and Spectroscopy
Scientists Map Every Atom in a 23,000-Atom Nanoparticle with Unprecedented 3‑D Precision
Atomic-Scale Sensors Enable Precise Electric Field Mapping Inside Working Semiconductor Devices
Carnegie Mellon Scientists Show Nanoparticles Mimic Protein Complexity
Nanometric Imprinting on Optical Fibers: EPFL's Breakthrough in Neural Guidance
Nanocavities and 2‑D Materials Pave the Way for Efficient Chip‑Scale Light Sources
MIT Engineers Develop Carbon Nanotube Sensors to Track Protein Production in Individual Cells
Nanoparticle-Based Fertilizer Paves Way for a Sustainable Green Revolution
Duke University Engineers Use Acoustic Whirlpools to Detect Tiny Disease Markers
Physicists Secure Patent for Detonation-Based Mass Production of Graphene
Team Revamps 1950s Sucrose Gradient Method to Remove Nanoparticles from Organisms
Antioxidants Mimic Graphene Agents, Demonstrating Therapeutic Potential
One-Pot Synthesis Yields Highly Ordered Structures to Boost Manufacturing Efficiency and Energy Storage
Engineering Atomically Precise Graphene Nanoribbons on Nonmetallic Substrates
Nanoparticles Boost Melting & Solidification in High‑Precision Manufacturing
Fast Medical Testing: Combining New and Traditional Science
Affordable Method Turns Bulk Alloys into Oxide Nanowires
Graphene's Hidden Superconductivity Unleashed: Scientists Achieve Zero-Resistance Conductivity
Setting the Speed Ceiling: Predicting Intra‑Chip Communication Limits in Tomorrow’s Microprocessors
Peking University Scientists Develop Carbon Nanotube Transistors Surpassing Silicon Performance
Nanoparticles Proven Effective as Tumor Deoxygenation Agents in Cancer Therapy
Innovative Stem Cell Technique Shows Promise for Accelerated Bone Repair
Precision Brain Modulation in Rats Achieved with Noninvasive Ultrasound Pulses
Unveiling Energy Storage at the Nanoscale: High-Resolution Atom Dynamics
Enhanced Graphene Photodetector Using Fractal Gold Snowflake Contacts for Superior Optical Absorption
Professional Metal Coloring: Achieving Vibrant, Durable Finishes
Rapid, Reliable Technique for Characterizing Novel Ultrathin Semiconductors
UMass Amherst Discovers Potomac Microbe Producing Superior Conductive Nanowires for Green Electronics
5-D Protein Fingerprinting: New Pathways for Alzheimer’s and Parkinson’s Insights
Unveiling the Atomic Mechanics of 2‑D Material Fracture
Smart Patch Automatically Delivers Insulin on Demand
Revolutionary Nanoparticle Test Offers Faster Breast Cancer Diagnosis
Total
14616
-Science
FirstPage
PreviousPage
NextPage
LastPage
CurrentPage:
224
/406
36
-Science/Page Goto:
1
218
219
220
221
222
223
224
225
226
227
228
229
230
Science Discoveries
Chemistry
Astronomy
Energy
Nature
Biology
Physics
Electronics
Geology
Solar Eclipse
Math
other
Nanotechnology
Nanotechnology
Liverpool Researchers Forge Novel Two‑Nanometer Molecular Knots
Revolutionary Dense Carbon Nanotube Array Paves Path to Post‑Silicon Electronics
Scientists Reveal How Nanoscale Motion Translates into Micromachine Operation
Researchers Develop Anti‑Fogging, Self‑Cleaning, Glare‑Free Glass
Fullerite‑Diamond Composite: Achieving Hardness Beyond Traditional Diamond
Phosphorene: A Promising Two-Dimensional Material for Next-Gen Electronics
First 2‑D Electride Synthesized: Breakthrough in Electron‑Rich Materials
|
Geology
|
Math
|
Solar Eclipse
Science Discoveries © www.scienceaq.com
