Research Articles
The Invisible Workhorses: How Biomolecular Rods and Tubes are Revolutionizing Nanotechnology
Explore how biomolecular rods and tubes are transforming nanotechnology with applications in drug delivery, biosensing, and nanomachines.
Nature's Tiny Test Tubes: How Clay Nanotubes are Revolutionizing Technology
Explore how halloysite clay nanotubes are transforming medicine, environmental cleanup, and materials science through their unique natural properties.
The Silver Matrix: How Nanoscale Architecture is Revolutionizing Medicine
Explore how silver nanoparticles and matrix chemistry are transforming modern medicine through advanced nanocomposites with enhanced antimicrobial properties and controlled release mechanisms.
Nano-Couriers: The Tiny Revolution in Drug and Gene Delivery
Explore how nanotechnology is revolutionizing medicine by delivering drugs and genetic therapies directly to diseased cells with unprecedented precision.
Nanotechnology Ignites a Comeback for Li-SO₂ Batteries
Discover how nanotechnology is transforming lithium-sulfur dioxide batteries into rechargeable power sources with higher energy density and enhanced safety.
Stannaspherene and Plumbaspherene: The Inorganic Buckyballs Powering a Nanotech Revolution
Explore stannaspherene and plumbaspherene - the inorganic counterparts to carbon buckyballs with revolutionary potential in nanotechnology.
Crafting Crystal Skies: The Tiny Architectures Revolutionizing Technology
Explore how Zinc Oxide Inverse Opals are revolutionizing technology through nanoscale architecture and photonic crystal structures.
The Tiny Revolution: Navigating the Uncharted Safety of Medical Nanotechnology
Exploring the regulatory and scientific challenges in evaluating the safety of medical nanotechnologies and their potential impact on healthcare.
The Atomic Dance Floor: Predicting How Single Atoms Shuffle to Build Better Materials
Discover how scientists predict single atom movement in tin dioxide to create better materials for sensors, electronics, and solar cells.
The Slippery Science of Self-Cleaning Surfaces
Discover how hydrophobic inorganic-organic nanolayers create self-cleaning surfaces inspired by nature, with enhanced mechanical resistance for real-world applications.