CV/Statements
Interests
My current research focuses on large-scale simulation of the mouse brain, where I use advanced computational techniques to explore how network connectivity and neuronal dynamics influence the collective behavior of the cortical network. Prior to neuroscience, I worked on fluid-structure interaction problems in physics and physiology. Besides research, I’m the co-founder of Veritas China (2015–), the largest student-run non-profit organization that aims to promote liberal arts education in China.
Education
- Ph.D., Applied Interdisciplinary Mathematics, University of Michigan (2025).
Advisors: Daniel B. Forger and Brendon Watson - B.A., Mathematics with Honors, Minor in Physics, New York University (2019).
References: Charles Peskin, Leif Ristroph, and Miranda Holmes-Cerfon
Publications and Preprints
- Sun G, Tomoyuki M, Kompotis K, Wang N, Shi S, Brown S, Forger DB. "A Framework to Determine Active Connectivity within the Mouse Brain." PLoS Biology, 2025.
- Sun G, Hazelden J, Kim R, Forger DB. "Realistic coupling enables flexible macroscopic traveling waves in the mouse cortex." eLife, 2025.
- ElGrawani W, Sun G, ..., Brown S, Forger DB. "BDNF-TrkB signaling orchestrates the buildup process for local sleep." Cell Reports, 2024.
- Nguyen QM, Oza AU, Abouezzi J, Sun G, Childress S, Ristroph L. "Flow Rectification in Loopy Network Models of Bird Lungs." Physical Review Letters, 2021.
- Sanaei P, Sun G, Li H, Peskin CS, Ristroph L. "Flight Stability of Wedges." Journal of Fluids and Structures, 2021.
Talks and Posters
- "Simulation of projection-based connectome reproduces cortical responses to different sensory stimuli", Society for Neuroscience, Chicago, US, Oct 2024.
- "Spatiotemporal patterns in large-scale cortical simulations", Courant Institute of Mathematical Sciences, New York, US, Apr 2024.
- "How a pencil rolls down a slope?", Math Club, Ann Arbor, US, Feb 2024.
- "NeuroWiz — A platform for large-scale neuronal simulation", Nanosymposium, Society for Neuroscience, Washington DC, US, Nov 2023.
- "Spontaneous Sleep Wake Transition Induced by Synaptic Weight Dynamics", Courant Institute of Mathematical Sciences, New York, US, May 2023.
- "Spontaneous Sleep Wake Transition Induced by Synaptic Weight Dynamics", Society for Neuroscience, San Diego, US, Nov 2022.
- "Flip a Biased Coin", Math Club, Ann Arbor, US, Sep 2022.
- "Spontaneous Sleep Wake Transition Induced by Synaptic Weight Dynamics", European Biological Rhythms Society, Zurich, CH, Aug 2022.
- "Why do we sleep: three sleeping hypothesis", MCAIM Graduate Seminar, Ann Arbor, US, Oct 2021.
- "The Cheerios Effect", Math Club, Ann Arbor, US, Sep 2021.
Awards
- Cameron & Jon Courtney Scholarship, Department of Mathematics, University of Michigan (2023–2024).
- MCAIM Award, University of Michigan (2022–2023).
- EBRS Poster Award, European Biological Rhythms Society (2022).
- Mathematics Award, Courant Institute of Mathematical Sciences (2019).
- Dean's Undergraduate Research Funds, College of Arts and Science, New York University (2017–2018).
- Presidential Honors Scholar, College of Arts and Sciences, New York University (2015–2016).
Teaching Experience
- Instructor, Intro to Math Modeling (2026 Spring, NYU).
- Instructor, Numerical Analysis (2025 Fall, NYU).
- Instructor, Calculus I (2025 Spring, University of Michigan).
- Instructor, Eight Lectures in Applied Math (2024 Summer, Veritas Academy).
- Lab Instructor, Introduction to Differential Equations (2024 Winter, University of Michigan).
- Instructor, Intro to Applied Math (2021 Summer, Veritas Workshop).
- Teaching Assistant, Introduction to Computer Simulation (2020 Spring, NYU).
- Teaching Assistant, Special Topics in Modeling and Simulation (2019 Fall, NYU).
- Grader, Calculus I (2018 Fall, NYU).
Organization
Seminars
- Coordinator, Computational Neuroscience Seminar, Courant Institute (2025–).
- Co-organizer, MCAIM Graduate Seminar, University of Michigan (2022–2023).
- Co-organizer, Student Applied Math Seminar, University of Michigan (2021–2023).
Professional
- Co-founder and President, Veritas China (2015–).
