Research Articles
The Molecular Bouncer: Building a Better Sensor for Our Body's Electric Current
Discover how a new biological sensor with nanoporous gold and selective coating revolutionizes health monitoring by detecting specific molecules with unprecedented accuracy.
Cerium Oxide Nanoparticles: A New Frontier in Fighting Alzheimer's
Explore how cerium oxide nanoparticles are revolutionizing Alzheimer's treatment through their unique antioxidant properties and ability to cross the blood-brain barrier.
Seeing the Unseeable: How Electron Microscopy Revealed a Hidden Universe
Explore how electron microscopy revolutionized science by revealing the invisible world at the nanoscale, based on the 1999 EMAG conference proceedings.
Selenium Nanoparticles: The Tiny Powerhouse Revolutionizing Biomedicine
Explore how selenium nanoparticles are transforming biomedical science with their unique properties, green synthesis methods, and therapeutic applications.
The Invisible Marvel: How a Tiny Nanocomposite Biosensor is Revolutionizing Glucose Detection
Explore how nanoscale engineering enables direct communication with enzymes, revolutionizing glucose detection through innovative nanocomposite biosensors.
The Ultimate Chemical Close-Up: Watching Single Molecules Dance with Electricity
Explore how scientists are using single-molecule electrochemistry to observe and manipulate the smallest building blocks of matter as they gain or lose electrons.
The Silent Ninja Warriors: How Smart Nanovaccines Are Revolutionizing Cancer Immunotherapy
Explore how stimuli-responsive polymeric nanovaccines are transforming cancer immunotherapy by targeting tumors with precision using nanotechnology and smart materials.
Gel Power: How Nano-Spaghetti and Molecular Magnets Are Building Tomorrow's Smart Materials
Exploring the frontier of soft-nanocomposites where nanoparticles and nanocarbons combine with intelligent gels to create revolutionary smart materials.
The Invisible Architects: How Self-Assembling Hybrid Nanostructures Are Revolutionizing Our Future
Exploring how self-assembling hybrid nanostructures combining inorganic, organic and biological components are transforming medicine, computing and materials science.
Nano-Sleuths on a Mission: The Tiny Sensor Detecting Dopamine Against All Odds
Breakthrough in dopamine detection using nanotechnology: A novel sensor combining cellulose microfibers, palladium nanospindles and graphene oxide for highly selective dopamine monitoring in biological samples.