Fluorescence scattering under Stokes-Mueller formalism determines orientational distribution of fluorophores and nature of optically active biological
Mohammad Zaffar, PhD
![Mohammad Zaffar, PhD]()
Mohammad Zaffar, PhD
Postdoctoral Research Associate Purdue University I Ex Postdoctoral fellow IIT Bombay I MSc & PhD IIT Kanpur I BSc (Hons.) AMU I Biomedical Imaging & Bio-Optics, Biophotonics, Biomedical Instrumentation & Medical Devices
We discuss fluorescence scattering in the framework of Stokes-Mueller formalism and define Excitation and Emission Stokes vectors. These representation of excitation and emission processes of fluorescence scattering in terms of 4 dimensional normalized Stokes explains how the ground and excited States of a fluorophore dipoles are connected with each other through a simple orthogonal relation. These normalized Stokes vectors has shown their capability to probe fluorephore's orientation. They can even predict whether an optically active molecule is levoroatory or dextrorotatory.
PhD Scholar, IIT Kanpur
3 个月Congrats Mohammad Zaffar, PhD Bhai, MashAllah!
?? Gold Medalist || IIT Bombay (Power electronics) || B.Tech (EE) || ZHCET, AMU || 2-times GATE qualified (IISc, IIT Kharagpur) || SSGSA Awardee
4 个月Congratulations Mohammad Zaffar, PhD
Assistant Professor at NIT Warangal
4 个月Congratulations Mohammad Zaffar, PhD bhai
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4 个月Proud of your work Mohammad Zaffar, PhD. Your resilience and scientific brilliance have been an inspiration. Hope you continue to rise and shine.