Greg Medders

Post-Doc

Born and raised in Oklahoma, Greg studied chemistry at the University of Tulsa before moving to the University of California, San Diego for graduate school. At UCSD, he worked with Francesco Paesani on the development of “first principles” methods for modeling vibrational spectra in condensed phases. As a postdoc in the Subotnik group, he is currently researching nonadiabatic dynamics in biological systems.


Amber Jain

Post-Doc

Mastered chemistry at Indian Institute of Technology, Kanpur, and became a doctor of philosophy at UW-Madison. I joined the Subotnik group as a post-doc in December 2014. My research focuses on the surface hopping methodology - a popular tool to investigate non-adiabatic dynamics.


Wenjie Dou

Grad Student

I obtained B.S. from University of Science and Technology of China in 2013. I am currently a graduate student in Subotnik group at Upenn. I am interested in chemical dynamics, specifically non-adiabatic dynamics at interfaces or in condensed phase.


Nicole Bellonzi

Grad Student

Nicole received her B.S. in Chemistry from the University of California, Santa Cruz. There she worked with Professor Yat Li, studying enhancements to hematite nanowire arrays for use as photoanodes for water splitting. She joined the Subotnik group in 2014. Her research interests include methods for modeling nonadiabatic dynamics and their applications.


Zuxin Jin

Grad Student

After obtaining a B.S. in physics at Tsinghua University, China, I joined the Subotnik group in 2016. My current research is applying solid-state calculations to nonadiabatic dynamics at metal surfaces.


Gaohan Miao

Grad Student

I spent my undergraduate in department of chemistry, Zhejiang Univ., China, and then joined the Subotnik group in 2016. My research is related to simulation of non-adiabatic dynamics at metal surfaces.


Tao Li

Grad Student

I took my undergrad in Kuang Yaming Honors School of Nanjing University, China. Then I joined in Subotink group in 2017. My current research is about coupled photon-electron dynamics using semi-classical methods.