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Curriculum vitae
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- Born: 1993 March 18 - Republic of Korea
- Nationality: US citizen

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Education & Employment
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- 2021 September - present: Postdoctoral Research Associate, University of Edinburgh
- 2015 August - 2021 March: Ph.D. in Mathematics, UCLA. Advisors: Rowan Killip & Monica Visan
- 2011 September - 2015 May: B.S. in Mathematics with minor in Physics, Rutgers University

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Publications
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*Local existence and breakdown of scattering behavior for semilinear Schrödinger equations,* Ph.D. thesis.
*Analyticity and infinite breakdown of regularity in mass-subcritical Hartree scattering,*
arxiv:2103.08770,submitted.
*Breakdown of regularity of scattering for mass-subcritical NLS,* Int. Math. Res. Not., Volume 2021,Issue 5, March 2021, 3571–3596.
*Local wellposedness for the critical nonlinear Schrödinger equation on
\(\mathbb{T}^3\)
,* Discrete Contin. Dyn. Syst., **39** (2019) no. 5, 2763-2783.

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Conference Talks
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- 2020 May: AIMS Conference Series on Dynamical Systems and Differential Equations, Atlanta, Georgia (postponed due to COVID-19 pandemic)
- 2019 August: Poster session, 2019 Summer Northwestern Analysis Program, Northwestern University

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Seminar Talks
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- 2021 March: GSO Seminar, UCLA
- 2020 December: Analysis & PDE Seminar, USC
- 2020 November: Analysis & PDE Seminar, Johns Hopkins University
- 2020 January: Participating Analysis Seminar, UCLA
- 2019 December: GSO Seminar, UCLA
- 2018 December: GSO Seminar, UCLA
- 2018 November: Participating Analysis Seminar, UCLA
- 2017 November: Participating Analysis Seminar, UCLA
- 2017 November: GSO Seminar, UCLA
- 2017 April: Participating Analysis Seminar, UCLA
- 2017 January: GSO Seminar, UCLA

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Service
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- 2020 October - 2021 March: Undergraduate Studies Committee, UCLA Department of Mathematics
- 2018 June - 2021 March: Co-founder, co-organizer, and mentor,
UCLA Directed Reading Program

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Teaching Experience
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- As Instructor, UCLA:
- Math 33B (Differential Equations)

- As Teaching Assistant, UCLA:
- Math 32B (Calculus of Several Variables)
- Math 32T (Essential Calculus for Mathematical Biologists)
- Math 33B (Differential Equations)
- Math 32 (Introduction to Data-Driven Mathematical Modeling)
- Math 131A (Analysis)
- Math 134 (Linear and Nonlinear Systems of Differential Equations)
- Math 135 (Ordinary Differential Equations)
- Math 136 (Partial Differential Equations)