Research Articles
The Quantum Dot Tango: How a Protein's Twists and Turns Power the Future of Medicine
Explore how protein orientation in quantum dot bioconjugates revolutionizes medical diagnostics and targeted therapies through precise molecular engineering.
The Light Switch Sensor: How Quantum Dots Detect a Key Blood Protein
Discover how quantum dots combined with carboxymethyl cellulose create a revolutionary fluorescence sensor for detecting bovine serum albumin with unprecedented sensitivity.
Building with Artificial Atoms: How Organic Templates Guide Quantum Dots
Exploring how organic templates enable precise self-assembly of semiconductor quantum dots for advanced nanotechnology applications
Quantum Dot Biosensors: Illuminating the Hidden World of Health and Disease
Explore how quantum dot-based fluorescent biosensors are revolutionizing biomedical diagnostics and our understanding of cellular processes.
Seeing the Invisible: How Quantum Dots Are Revolutionizing Infrared Vision
Explore how spin-coated PbS quantum dots are overcoming patterning challenges to enable affordable, high-performance infrared imaging technology.
Quantum Dots: The Tiny Crystals Revolutionizing Our World
Explore how quantum dots are transforming technology from displays to medicine through their unique quantum properties and size-tunable behavior.
The Invisible Light Catchers: How Tiny Quantum Dots are Revolutionizing Infrared Vision
Exploring how narrow bandgap colloidal metal chalcogenide quantum dots are transforming infrared technology through quantum confinement and innovative engineering.
The Molecular Dance: How Quantum Dots and Electrophoresis Are Revolutionizing Nanotech
Exploring how moving exchange boundaries in quantum dots and electrophoresis are revolutionizing nanotechnology applications.