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Nanotechnology
Harnessing Bone’s Natural Electrical Properties for Enhanced Regeneration
Reducing Weyl Semimetal Thickness Unveils a Novel Spintronics Mechanism
On-Chip Vibrations Respond to Magnetic Fields
Scientists Design DNA Nanorobot for Targeted Cancer Detection and Treatment
Leveraging Ligand Interactions to Drive Breakthroughs in Metal Cluster Nanotechnology
Nanoparticles from Coal Combustion Cause Lung Damage in Mice, Indicating Human Toxicity
Revolutionary Fire‑Resistant, Lightweight Solid Electrolyte Enhances Lithium‑Ion Battery Safety
Scientists Engineer Synthetic Virus to Target Resistant Superbugs
Nanoscale Palladium‑Yttrium Lattice Boosts Carbon‑Carbon Coupling Efficiency
Purdue University Develops Hybrid Process for High-Strength Nickel Used in Automotive, Medical, and Manufacturing Applications
CAR‑T Therapy Shows Promise of Fewer Side Effects Than Conventional Cancer Immunotherapies
Low‑Cost PD‑1 Nanoparticles Boost Immune Response Against Cancer in Lab Experiments
Graphene Withstands Extreme Stress Without Cracking: New Study from University of Toronto
Microfluidics and Biophysics: Exploring Human Joint Fluids at the Microscopic Scale
Nanospirals Formed During Metal Solidification: Pathway to Advanced Materials and Invisibility
Engineering 1‑D Van der Waals Heterostructures via Nanotube Nesting
First Direct Imaging of Hydrogen at the Titanium/Titanium Hydride Interface
Graphene Amplifier Reveals Hidden Terahertz Frequencies, Paving Way for Breakthrough Technologies
LMU Chemists Achieve Light-Activated Nanomachine Motion
Iron Nanorobots Demonstrate Powerful Targeted Cancer Therapy
Revolutionary Bio‑Fibres: Turning Crab Shells & Seaweed into Strong, Antimicrobial Yarns for Sustainable Textiles
Tiny Magnetic Nanostructures Revolutionize Medical Diagnosis and Therapy
New Laser-Based Technique Detects Defects in 2‑D Materials for Next‑Gen Electronics and Sensors
Innovative Nanoparticles Target and Eliminate Atherosclerotic Plaques to Reduce Heart Attack Risk
Revealing Nanoscale Detail with a Plasmonic Nanolens
Proximity’s Impact on Graphene Resistance: Findings from Scanning Tunneling Microscopy
New Handbook on Graphene Manufacturing Released
Microswimmers Accelerate on Hydrophobic Surfaces
Scientists Reveal How Imperfect Nanocrystals Convert Light into Heat for Therapeutic Applications
Harvard Scientists Develop Advanced Disinfection Technology That Outperforms Soap and Water
Enhancing Microparticle Control with Acoustic Techniques
Phage‑Mimicking Nanoparticles Offer New Hope Against Antibiotic‑Resistant Bacteria
Revolutionary Curved Acoustic Beams Enable Precise Nanoparticle Manipulation
New Simulation Model Reveals Lipid Accumulation in Cell Membranes
Harnessing Big Data in Nanoscience: Machine Learning Accelerates Material Discovery
Scientists Successfully Deliver Nanocontainers to Living Cell Nuclei
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Nanotechnology
Nanotechnology
Graphene Breakthrough Enhances Oil Exploration and Paves Way for Self‑Powered Microsensors
Nano-Scale Self-Healing Materials Offer Promising Advances for Next-Generation Nuclear Reactors
Scientists Introduce Breakthrough Method to Boost Photoluminescence in 2‑D Semiconductors
Bringing Lithium-Sulfur Batteries to Market: A Leap in Energy Density
Basel Study Shows Stretching Alters Graphene's Electronic Properties
Safe, Bright Silicon Nanocrystals Show Promise for Deep-Tissue Imaging
Unlocking the Past: How Molecular Analysis Reveals Materials Across Millennia
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