Graduate student · Department of
Mathematics · University of Utah

I am now a **3rd
year graduate student** in the Biophysics
and Stochastics Research Group at the University of Utah,
advised by Professor Paul
Bressloff. Before coming to the University of Utah, I received
my MSc in Computational Science
and Engineering from Yonsei University, South Korea, advised
by Professor Jeehyun
Lee and Hee-Dae
Kwon, and my BSc in Mathematics from the same university.

I am primarily interested in modeling stochastic biological
phenomena and analyzing it mathematically/computationally.
Currently, I am focusing on intercellular signaling via cytoneme,
a long and thin cellular projection, during morphogenesis
of the embryonic development.

[Last update: 10/22/2018]

- H Kim and P C Bressloff. A random search-and-capture model
of cytoneme-mediated morphogen gradient formation
(2018)*In preperation*

**H Kim**and P C Bressloff. Direct vs. synaptic coupling in a mathematical model of cytoneme-based morphogen gradient formation*SIAM J. Appl. Math.***78**2323-2347 (2018) [poster]- P C Bressloff and
**H Kim**. Bidirectional transport model of morphogen gradient formation via cytonemes*Phys. Biol.***15**026010 (2018) [presentation]

**Introduction to Quantitative Reasoning**· MATH 1030 ·

- Raymond Goldstein. Are
theoretical results 'Results'?
- Rob Phillips.
Theory in
Biology: Figure 1 or Figure 7?
- Claire Tolmin and Jeffrey Axelrod. Biology by numbers: mathematical modelling in developmental biology. "A successful mathematical model in development is one that helps to answer specific questions about the developmental process."
- Quanta Magazine. Mathematician
Carina Curto on how physicists can think about
neuroscience
- Leonid Mirny. Statistical physics in biology · An introduction to math biology with bountiful examples.
- Sean Carroll. Endless Forms Most Beautiful: The New Science of Evo-Devo and the Making of the Animal Kingdom [youtube] · "This book tells the story of the enormous diversity that has been created from combining a small number of common ingredients."
- Ken Bain. What the
best college student do?
- Ian Baldwin. Making scientific writing painless: writing papers and reviews
- Brett Mensh and Konrad Kording. Ten
simple rules for structuring papers
- AI2. Semantic
Scholar

These notes are largely based
on MATH 6730 · Asymptotic and Perturbation Methods course,
taught by Paul
Bressloff in Fall 2017, at the University of Utah,
co-authored with Chee
Han Tan.

- Paul Bressloff Stochastic Processes in Cell Biology · Almost every methods for math biology are described effectively with bountiful applications.
- James Keener Lecture notes on Stochastic Processes in Physiology · Concentrated more on stochastic processes and the Kolmogorov equations with examples.
- Miranda Holmes-Cerfon Applied Stochastic Analysis · More probabilistic lecture notes in stochastic analysis.

Office · LCB 313

Email · hkim [at] math [dot]
utah [dot] edu

University of Utah

Department of Mathematics

155 S. 1400 E. JWB 233

Salt Lake City, UT

84112-0090 USA