## Swee Hong ChanPh.D. candidateDepartment of Mathematics Cornell University Email: sweehong at math.cornell.edu |

My research interests lie at the intersection of probability and combinatorics, with some motivations from statistical physics. I have done research on various stochastic processes that exhibit self-organized criticality, building a unifying theory for those processes. I have also worked on random walks in random environments that interact with the walker, where the uniform spanning forest makes a surprise appearance.

- Swee Hong Chan

A rotor configuration with maximum escape rate

*Preprint available in arXiv, 6 pp.*

- Swee Hong Chan

Rotor walks on transient graphs and the wired spanning forest

*Preprint available in arXiv, 32 pp.*

- Swee Hong Chan,
Lila Greco,
Lionel Levine,
and Peter Li

Random walks with local memory

*Preprint available in arXiv, 29 pp.*

- Swee Hong Chan and Lionel Levine

Abelian networks IV. Dynamics of nonhalting networks

*to appear in Memoirs of the American Mathematical Society, 95 pp.*

- Swee Hong Chan

A bijection between necklaces and multisets with divisible subset sum

*The Electronic Journal of Combinatorics 26(1)(2019), P1.37, 18 pp.*

- Swee Hong Chan

Abelian sandpile model and Biggs-Merino polynomial for directed graphs

*Journal of Combinatorial Theory, Series A 154 (2018), 145-171*

- Marcelo Aguiar and Swee Hong Chan

Toric arrangements associated to graphs

*SÃ©minaire Lotharingien de Combinatoire 78B (2017), Art. 84, 12 pp.*

(Contributed talk in FPSAC 2017)

- Swee Hong Chan

Quasi-periodic tiling with multiplicity: a lattice enumeration approach

*Discrete and Computational Geometry 54 (2015) pp. 647-662*

- Swee Hong Chan, Henk D.L. Hollmann, and Dmitrii V. Pasechnik

Sandpile groups of generalized de Bruijn and Kautz graphs and circulant matrices over finite fields

*Journal of Algebra 421(0):268-295, 2015*

- Random walks with local memory in the square lattice [Slides]

Duke Probability Seminar, Durham, USA (November 29, 2018) - In between random walk and rotor walk in the square lattice [Slides]

Penn/Temple Probability Seminar, Philadelphia, USA (September 4, 2018) - In between random walk and rotor walk in the square lattice [Slides]

Fifth IMS Asia Pacific Rim Meeting (IMS-APRM), Singapore, Singapore (June 29, 2018) - Necklaces and subset-sums: How can they be related? [Slides]

Graduate Student Combinatorics Conference 2018, Dallas, USA (April 7, 2017) - In between random walk and rotor walk in the square lattice [Slides]

Princeton Topics in Probability Seminar, Princeton, USA (March 6, 2018) - Toric arrangements associated to graphs [Slides]

Binghamton Combinatorics Seminar, Binghamton, USA (November 21, 2017) - Random walks with local memory on the square lattice[Slides]

Northeast Probability Seminar, New York City, USA (November 16, 2017) - Toric arrangements that come from graphs [Slides]

Pacific Rim Mathematical Association (PRIMA) Third Congress, Oaxaca, Mexico (August 14, 2017) - Toric arrangements associated to graphs [Extended abstract]

The 29th Formal Power Series and Algebraic Combinatorics (FPSAC 2017), London, UK (July 10, 2017) - Random walks with local memory on the square lattice [Slides]

2017 Finger Lakes Probability Seminar, Syracuse, USA (April 22, 2017) - Toric graphic arrangements [Slides]

Graduate Student Combinatorics Conference 2017, Kansas, USA (April 8, 2017) - Abelian networks and a weak version of Merino's theorem [Video], [Slides]

Banff International Research Station Workshop on Sandpile Groups, Oaxaca, Mexico (November 16, 2015) - Greedoid polynomial, chip-firing, and G-parking function for directed graphs [Slides]

Connections in Discrete Mathematics, Vancouver, BC, Canada (June 15, 2015) - Critical groups of generalized de Bruijn and Kautz graphs and circulant matrices over finite fields [Extended abstract]

The Seventh European Conference on Combinatorics, Graph Theory and Applications (Eurocomb 2013), Pisa, Italy (September 10, 2013)

- Spring 2019: Instructor Math 1120: Calculus II, Cornell University.
- Fall 2018: Teaching assistant Math 6710: Probability Theory I, Cornell University.
- Spring 2018: Teaching assistant Math 6720: Probability Theory II, Cornell University.
- Fall 2017: Instructor Math 1120: Calculus II, Cornell University.
- Spring 2017: Teaching assistant Math 3600: Applicable Algebra, Cornell University.
- Spring 2016: Teaching assistant Math 6720: Probability Theory II, Cornell University.
- Fall 2015: Teaching assistant Math 2940: Linear Algebra for Engineers, Cornell University.
- Spring 2014: Instructor Mathematical Problem Solving (MH9000), Nanyang Technological University.
- Fall 2013: Teaching assistant Calculus III (MH2100), Nanyang Technological University.
- Spring 2013: Teaching Assistant Calculus II (MH1101), Nanyang Technological University.
- Fall 2012: Calculus for the Science I (MH1800), Nanyang Technological University.