RESEARCH
My research interests are broadly confined in the subfields of Systems and Computational Neuroscience. Specifically, I am interested in understanding neuronal responses individually and within a circuit, and in turn, how all these intricate interactions influence cognitive processes and behaviors.
My research experiences have gone from medical neuroscience research (spinal cord injury rehabilitation) to basic neuroscience research (rat hippocampal neurons' response in virtual reality vs. real world) to more basic neuroscience research (neural circuit underlying navigational decision-making in drosophila larvae). The joke I like to tell myself is that I'm becoming a "vegetarian" scientist. Regardless of the organisms, I love neurons and have always found it a fascinating and challenging problem when it comes to a handful of them. Whether it's listening to neurons sing through tetrodes, watching them glow under functional imaging, sacrificing my own brain cells (hopefully minimally) mining data or understanding the computational models, I am incredibly grateful for the learning opportunities I have been given and cannot imagine living my life without neuroscience.
Furthermore, I am looking forward to gaining more specialized knowledge and skills in an interdisciplinary fashion during graduate school. While I have a deep appreciation for the beautiful biology, I consider myself to be intellectually promiscuous (the only good kind of promiscuity) and refuse to be tied solely in one box of thinking. My love for equations, playing with tools, foreign languages, and art are some of the things that are brought together onto this journey with me.
Outside of my nerdvana, I like to spend time with family+friends+pets and indulge in visually artistic hobby. I enjoy painting, taking pictures, filming (exploring multi-roles as a model, director, and editor).
I'm interested in
these lovely things
The things that will keep me busy for the next 6 years of my life
CV
EDUCATION
University of California, Santa Barbara
September 2020 - present
PhD Student in Dynamical Neuroscience
Advisor: Matthieu Louis
University of California, Los Angeles
September 2013 - September 2017
B.S. Neuroscience
RESEARCH, TEACHING, & LEADERSHIP EXPERIENCE
University of California, Santa Barbara
Louis Lab | 09-2020 - present
Position: Graduate Student Researcher
University of California, Los Angeles
Mehta Lab | 06-2016 - 12-2019
Position: Undergraduate volunteer, Research Assistant
Neuroscience Undergraduate Society | 09-2013 - 06-2017
Position: Study-Buddy Intern, Treasurer, Mentor-Mentee Director
Undergraduate Learning Assistant | 01-2017 - 06-2017
Course: Physics for Life Scientists 6B - Waves, Electricity, and Magnetism
PROJECTS
David Tadres, Philip Wong, Thuc To, Jeff Moehlis & Matthieu Louis. Depolarization block in olfactory sensory neurons expand the dimensionality of odor encoding. Science Advances 8(50) (2022).
Chinmay S. Purandare, Shonali Dhingra, Rodrigo Rios, Cliff Vuong, Thuc To, Ayaka Hachisuka, Krishna Choudhary & Mayank Mehta. Moving bar of light evokes vectorial spatial selectivity in the immobile rat hippocampus. Nature 602, 461-467 (2022).