Discover how optical diagnostics using Raman, polarimetric and fluorescence spectroscopy are revolutionizing dengue virus detection through light-based techniques.
Exploring how quantum dots are revolutionizing glass technology, from smart windows to biomedical imaging.
Discover how copper ions act as atomic-scale detectives in nanocrystalline wollastonite, revealing structural secrets through electron paramagnetic resonance spectroscopy.
Exploring how David W. Schindler's 2005 ASLO Ruth Patrick Award highlighted critical freshwater research and its policy impacts
Exploring how optical technologies from the 1992 OWLS II conference revolutionized disaster prediction and protection through light-based solutions.
Exploring how materiomics decodes biological materials like spider silk to revolutionize materials science through hierarchical design principles.
Exploring how zinc oxide nanosensors combined with SERS technology are revolutionizing early detection of neurodegenerative diseases like Alzheimer's and Parkinson's.
Discover how nanoparticles trapped in dielectric matrices are revolutionizing photonics, electronics, and biosensing with unprecedented control over light and electricity.
Exploring how image processing and analysis methods transform microscopy data into biological insights, with focus on super-resolution techniques like STORM.
Explore how biomedical optics uses light interactions with tissue to enable advanced medical imaging techniques like OCT and photoacoustic tomography.