Research Articles
The Quantum Dot Revolution: How Tiny Artificial Atoms Are Coloring Our World
Explore the fascinating world of semiconductor nanocrystal quantum dots - artificial atoms with size-tunable properties revolutionizing displays, biomedicine and energy technologies.
When Artificial Atoms Shake Hands: The Dance of Orbital Mixing
Exploring the groundbreaking discovery of orbital mixing between colloidal quantum dots and surface-bound molecules, a phenomenon that could redefine future technology.
The Quantum Dot Visionary: How Professor Paul O'Brien Illuminated the Nanoscale World
Explore the groundbreaking work of Professor Paul O'Brien on quantum dots and their revolutionary impact on technology, from vibrant displays to medical imaging.
Tiny Giants: How Photoactive Semiconductor Nanocrystal Quantum Dots Are Revolutionizing Our World
Explore how semiconductor nanocrystal quantum dots are transforming display technology, medicine, and sustainable energy through quantum mechanics principles.
Quantum Dot Superlattices: Engineering Tomorrow's Optoelectronics and Clean Energy Today
Explore how quantum dot superlattices are revolutionizing optoelectronics and hydrogen generation through customizable atomic-like properties and collective quantum behavior.
The Quantum Dot Revolution: Painting with Light, Powered by Zinc
Discover how alkylzinc phosphinates enable precise synthesis of quantum-sized ZnO nanocrystals with unprecedented control over optical properties.
Rainbow Watchdogs: Quantum Dots & Soapy Helpers Sniff Out Sneaky Food Dyes
How quantum dots and surfactants team up through FRET to create super-sensitive sensors for detecting synthetic food colorants with extreme precision.