mechanical
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Biophotonics Lab
Our lab focuses on the application of optical measurement technologies to biology. We use cutting-edge techniques such as optical coherence tomography to the effects of environment on plant seeds and seedlings and also on human skin. We are also exploring the possibility of building high power LED array - based user friendly PhotoAcoustic Imaging system (PAI). We also investigate cognitive processes in the brain with wearable devices in near real-life situations. We are testing methods for surveying microplastics in the sea and explore ways to apply to plant and artificial agriculture for speedy assessment.
College of Engineering Innovative Global Program
/ Graduate School of Engineering and Science（Master's Program） Mechanical Engineering Course
/ Graduate School of Engineering and Science（Doctor's Program） Regional Environment Systems Course
- Faculty Name
- RAJAGOPALAN, Umamaheswari
- Keyword
- Scattering,Optical Coherence Tomography,Photacoustic imaging
This lab is for this SDG activity:
STUDY FIELDS
- Optical engineering
- Optics and Mechanical engineering
- Biomedical engineering
FOR SOCIETY
Japan Society of Applied Physics, Optica, Associative editor, optics Continuum, Academic editor PLOS one, Guest editor MDPI Applied Sciences
RESEARCH THEMES
- Optical Engineering in Plant and Environmental science, Cosmetics, Survey of microplastics in Sea and Land
- Role of Wearable devices in monitoring brain signals under visual and Olfactory stimuli and its implication to Mixed reality
- Biomedical technology Optical Coherence Tomography (OCT) , Photoacoustic imaging, Speckle based metrology
Laboratory close-up
Our lab focuses on the application of optical measurement technologies to biology. We use cutting-edge techniques such as optical coherence tomography to the effects of environment on plant seeds and seedlings and also on human skin. We are also exploring the possibility of building a power LED array-based - user-friendly acoustic imaging system (PAI). We also investigate cognitive processes in the brain with wearable devices in near real-life situations. We are testing methods for surveying microplastics in the sea and explore ways to apply to plant and artificial agriculture for speedy assessment.
