Ciriculum Vitale
Mubarrat Mahin Mursalin
Education
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Ongoing, Expected 2028
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Graduated 2025
Thesis Title: Using a Simple Model to study the complexities of the cytoplasm
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Graduated with honors in 2021
Thesis Title: Exploring the Computational Space of Electronic Structure Calculations for Reproducing UV-Visible Spectra
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Graduated 2017
Research
Communications
Matter to Life Ringberg Symposium, Castle Ringberg - Summer 2025
“Simulating Large Biological Systems With a Minimal Model”
Symposium 'New Directions in Biophysics', Uni-Goettingen - Spring 2025
“The Effects of Crowding on Phase Separation in the Patchy Particle Model”
Matter to Life Ringberg Symposium, Castle Ringberg - Summer 2024
“Using a Simple model to study the complexities of the cytoplasm”
Matter to Life Fall Days, Uni-Goettingen - Autumn 2023
“The glass transition as a control mechanism for cells”
Matter to Life Spring Days, TU Munich - Spring 2023
“Measuring and modelling diffusion in the bacterial cytoplasm”
Awards
MPI-MR Matter to Life Scholarship - Aug 2021-Ongoing
Scholarship holder in the graduate program Max Planck School Matter to Life
Information Physics Institute, Research Fellow - Sep 2022
“The IPI is composed of a group of scientists interested in the role of information in physical systems”
Smart Energy Scholarship - Jan 2019 to May 2021
“SES is an NSF funded scholarship awarded to low-income students who show academic talent, with a focus on the training and education of the next generation of scientists and engineers to solve the problems of climate change.”
Service
SUNY Binghamton, Physics Lab Teaching Assistant - Jan 2019 - Aug 2019
Instructor for Introductory Physics Laboratory
Part of Lab setup and support team
Brooklyn Hospital, Information Technology Intern - June 2016 - Aug 2017
Integrated new electronic medical record software across The Brooklyn Hospital Center