I. Imaging and Spectrometry Methods for Energy Material Research

Battery Related:
◆ High sensitive plasmonic imaging platform for in situ characterization of solid electrolyte interphase
◆ 3D Morphology imaging for aqueous battery (Zn battery)
◆ UV-Vis imaging of battery reaction 
◆ Raman imaging

Catalytic Reaction:
◆ In situ Raman spectroscopy to measure CO2 reduction
◆ Single nanoparticle impedance imaging
◆ Single nanoparticle catalytic reaction
◆ Ultrafast plasmonic imaging system

II. Bioimaging

◆ Functional surface plasmon imaging: measure cell metabolic activities via sub-nm membrane vibration
◆ Single cell impedance imaging Understanding the catalytic activities
◆ STORM 

III. Subsurface Wireless Communication (Subsurface IoT, Collaboration with Dr. Jiefu Chen)

◆ Underground wireless data and energy transfer
◆ Through metal sensing
◆ Subsurface EM wave simulation

IV. Smart Sensing for Infrastructure Monitoring (Collaboration with Dr. Yi-Lung Mo)

◆ Ultrasensitive cement sensors
◆ Multifunctional cement sensors: chemical sensing, temperature sensing 

V. Wireless Environmental Sensing

◆ Real time multifunctional wireless sensing and sampling for chemical fire plume detection: Use drone.
◆ 3D imaging and modeling of chemical plume
◆ Mobile environmental sensing.