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portfolio

publications

Dynamic light scattering microrheology for soft and living materials

Published in , 2020

This paper describes the set up and troubleshooting techniques for dynamic light scattering microrheology. Along with this paper, I also published a Python package that can be installed directly to contain all the relevant functions for analyzing the DLS instrument’s output. Documentation for this Python package as well as installation instructions can be found here.

research

talks

Molecular-Level Theory for Rational Design of Dynamic Polymer Networks

Published:

This talk was on the theoretical development and experimental validation of brachiation theory. The talk was given in AIChE Area 8A’s Excellence in Graduate Student Polymer Research Symposium session, which was made up of selected talks by top graduate students working in the field of polymers. This talk was awarded first prize in the session.

teaching

Teaching Assistant

Graduate course, Stanford University, Department of Chemical Engineering, 2019

Teaching Assistant