Research
Super-resolution imaging and tracking of intracellular and molecular dynamics using plasmonic localization
This topic is addressed by studies of
Surface plasmon enhanced randomly activated (SUPRA) TIRFM
Plasmonics-based spatially activated light microscopy (PSALM)
Nanoscale localization sampling of microtubules (NLS)
Nanospeckle structured illumination microscopy (NanoSIM)
Label-free surface plasmon microscopy
Highly sensitive SPR biosensors by surface-enhanced localization of plasmons
Subtopics include:
Surface nanostructure-based sensitivity enhancement
Target co-localization
Combination with metallic nanoparticles
Meta-plasmonic sensing and design issues
Portable fluorescence detection for cell-based biochips in situ
Topics of interest include:
Epi-fluorescence measurement of monolayer and 3D culture
Single-axis 3D fluorescence measurement of 3D culture
Optical detection for applications in gut-brain axis
Polarimetry (polarization sensing)
Polarimetric optical devices such as
Wire-grid polarizers
Metastructures for sensors and OLEDs
Design methodology based on machine learning
3-D holographic imaging: a dream that never dies
Optical sensor networks