Guanhua Sun 孙冠华

Guanhua Sun 孙冠华

Guanhua Sun

Guanhua Sun

Courant Institute of Mathematical Sciences

gs2658@nyu.edu

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

University of Michigan

  • Ph.D., Applied Interdisciplinary Mathematics (2025).
  • Advisor: Daniel B. Forger and Brendon Watson.

New York University

  • B.A., Mathematics with honors, minor in Physics (2019).
  • References: Charles Peskin, Leif Ristroph and Miranda-Holmes Cerfon

Publications and Preprints

  1. Sun G, Hazelden J, Kim R and Forger DB Realistic coupling enables flexible macroscopic traveling waves in the mouse cortex, eLife, 2025
  2. 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
  3. ElGrawani W, Sun G,…, Brown S, Forger DB, BDNF-TrkB signaling orchestrates the buildup process for local sleep, Cell Reports, 2024
  4. Nguyen QM, Oza AU, Abouezzi J, Sun G, S Childress, Ristroph L, Flow Rectification in Loopy Network Models of bird Lungs, Physical Review Letters, 2021
  5. Sanaei P, Sun G, Li H, Peskin CS, Ristroph L, Flight Stability of Wedges, Journal of Fluids and Structures, 2021

Talks and Posters

  1. Simulation of projection-based connectome reproduces cortical responses to different sensory stimuli. Society for Neuroscience, Chicago, US, Oct 2024.
  2. Spatiotemporal patterns in large-scale cortical simulations. Courant Institute of Mathematical Sciences, New York, US, Apr 2024.
  3. How a pencil rolls down a slope?. Math Club, Ann Arbor, US, 2024 Feb.
  4. NeuroWiz-A platform for large-scale neuronal simulation. Nanosymposium, Society for Neuroscience, Washington DC, US, 2023 Nov.
  5. Spontaneous Sleep Wake Transition Induced by Synaptic Weight Dynamics. Courant Institute of Mathematical Sciences, New York, US, May 2023.
  6. Spontaneous Sleep Wake Transition Induced by Synaptic Weight Dynamics. Society for Neuroscience, San Diego, US, 2022 Nov.
  7. Flip a Biased Coin. Math Club, Ann Arbor, US, 2022 Sep.
  8. Spontaneous Sleep Wake Transition Induced by Synaptic Weight Dynamics. European Biological Rhythms Society, Zurich, CH, 2022 Aug.
  9. Why do we sleep: three sleeping hypothesis. MCAIM Graduate Seminar, Ann Arbor, US, 2021 Oct.
  10. The Cheerios Effect. Math Club, Ann Arbor, US, 2021 Sep.

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

Professional

  • Co-founder and President, Veritas China website (2015-).