My research interests are Gromov-Witten Invariants, Mirror Symmetry, Algebraic Geometry, Mathematical Physics.
Here's a link to the schedule of the Northwestern Geometry/Physics Seminar.
Quantum Theta Functions from Open Mirror Symmetry (joint with Tim Graefnitz, Helge Ruddat, and Eric Zaslow), in progress.
Higher genus local Gromov-Witten invariants via degeneration of P1-bundle, in progress.
TA for Math 351-0: Fourier Analysis and Boundary Value Problems, Northwestern University, Fall 2023
TA for Math 240-0: Linear Algebra, Northwestern University, Fall 2023
TA for Math 340-0: Geometry, Northwestern University, Spring 2022
TA for Math 368-0: Introduction to Optimization, Northwestern University, Spring 2022
TA for Math 366-1: Mathematical Models in Finance, Northwestern University, Winter 2022
TA for Math 336-1: Introduction to Theory of Numbers, Northwestern University, Winter 2022
TA for Math 342: Introduction to Differential Geometry, Northwestern University, Fall 2021
TA for Math 320-1: Real Analysis, Northwestern University, Fall 2021
TA for Math 300: Foundations of Higher Mathematics, Northwestern University, Spring 2021
TA for Math 230-2: Multivariable Integral Calculus, Northwestern University, Winter 2021
TA for Math 230-1: Multivariable Differential Calculus, Northwestern University, Fall 2020
TA for Math 230-1: Multivariable Differential Calculus, Northwestern University, Fall 2019
TA for CS 229: Machine Learning, Stanford University, Fall 2016
I am pleased to be nominated the Best Teaching Assistant Award of Department of Mathematics, Northwestern University for the academic year 2021-2022! I express my sincere thanks to my students and teachers.
I offer private tutoring in mathematics, computer science, and statistics. I also offer freelance data science services. Please email me if interested.
Spacetime Geometries - Undergraduate Thesis, written under the supervision of András Vasy