Research Articles
The Invisible Dance of Nanoparticles: How Keeping Them Stable Revolutionizes Electrochemical Analysis
Discover how controlling colloidal stability enables precise electroanalysis of single nanoparticles, revolutionizing materials science and environmental monitoring.
The Tiny Copper Revolution at an Oil-Water Interface
Discover how spherical copper nanoparticles grown at water-immiscible interfaces are revolutionizing nanotechnology with applications in electronics, medicine, and environmental solutions.
Tiny Guardians: How Nano-Sized Rust is Making Contact Lenses Safer
Discover how nickel oxide nanoparticles synthesized from lemon peel extract are revolutionizing hydrogen peroxide detection in contact lens solutions.
Catching Nano-Sized Lightning in a Bottle: The Power of Single Particle Collisions
Explore nanoparticle impact electroanalysis (NIE), a revolutionary technique for observing individual nanoparticles through electrochemical collisions.
Tiny Messengers, Big Challenge: Ensuring Our Medical Nanobots Survive the Journey
Exploring how electroanalysis helps assess the bio-stability of microRNA-146a conjugated nanoparticles for medical applications
The Great Platinum Collapse: How a Tiny Molecule Topples Nanoscale Giants
Discover how hydrazine-induced instability in platinum nanoparticles threatens nanotechnology applications and the scientific breakthroughs revealing the mechanism.
The Nano-Detective: How Tiny Zinc Sulphide Particles Revolutionize Chemical Sensing
Discover how zinc sulphide nanoparticles enable simultaneous detection of acetaminophen, guanine, and adenine with unprecedented precision in electrochemical sensing.
The Invisible Revolution: How Nanoarchitectures are Supercharging Electrochemical Sensors
Exploring how metal nanoparticle architectures are transforming electrochemical sensors with unprecedented sensitivity and speed