## Steven Simon

## Assistant Professor of Mathematics

## Biography

I have been at Bard since Fall 2016, first as a visiting and now as a tenure-track Assistant Professor in the Mathematics Program. Before that, I was a Visiting Lecturer at Wellesley College (Fall 2013-Spring 2016) and a Visiting Assistant Professor at the Cooper Union for the Advancement of Science and Art (Fall 2011-Spring 2013) in the Albert Nerken School of Engineering. In Summers 2013 and 2014, I was a Visiting Postdoctoral Researcher at the Hebrew University of Jerusalem under the supervision of Gil Kalai. I received my Ph.D. from the Courant Institute of Mathematical Sciences (New York University) in 2011 under Sylvain Cappell as a MacCracken Fellow, and my B.A. in mathematics from Yale University in 2005 after switching from a major in Philosophy at the beginning of my junior year.

## Teaching

In Fall 2018, I am teaching** MATH 261 (Proofs and Fundamentals)** and **MATH 105 (Time, Space, Infinity: Mathematical Perspectives on Philosophical Paradoxes)**, a non-majors course I designed in the Experimental Humanities concentration and which is cross-listed with philosophy. All course materials are available on Moodle. My past and current teaching is listed below:

### Bard College

MATH 361 (Real Analysis) Sp 2016-F 2017

MATH 332 (Abstract Algebra) F 2016

MATH 245 (Intermediate Calculus) Sp 2018

MATH 261 (Proofs and Fundamentals) F 2018

MATH 142 (Calculus II) F 2016-Sp 2017

MATH 105 (Time, Space, and Infinity: Mathematical Perspectives on Philosophical Paradoxes) F 2017-2018 and Sp 2018

### Wellesley College

MATH 205 (Multivariable Calculus) F 2015-Sp 2016

MATH 116 (Calculus II) F 2013 and F 2015

MATH 115 (Calculus I) F 2013-2014 and Sp 2014-2016

### Cooper Union

MATH 240 (Ordinary and Partial Differential Equations) F 2011-Sp 2013

MATH 223 (Vector Calculus) F 2011-Sp 2013

## Research

My research is centered on applications of algebraic and geometric topology, with special emphasis on using their methodologies to answer questions in geometric combinatorics and discrete geometry. I am especially interested in mass equipartitions (fair division problems for continuous and discrete measures, generalizing the classical "Ham Sandwich" theorem), as well as generalizations of Tverberg's theorem from convex geometry.

### Publications

[1] G-ham sandwich theorems: balancing measures by finite subgroups of spheres,* Journal of Combinatorial Theory, Series A* **120** (2013) 1906--1912. DOI:10.1016/j.jcta.2013.07.007

[2] Measure equipartitions via finite Fourier analysis, *Geometriae Dedicata* **179** (2015) 217--228. DOI:10.1007/s10711-015-0077-5

[3] Average-value Tverberg partitions via finite Fourier analysis, *Israel Journal of Mathematics* **216** (2016) 891--904. DOI: 10.1007/s11856-016-1432-4

[4] Measure partitions via Fourier analysis II: center transversality in the L^2-norm for complex hyperplanes, *Journal of Geometry*** 107 **(2016) 593--601. DOI 10.1007/s00022-015-0291-1

[5] Mass partitions via equivariant sections of Stiefel bundles, *Filomat *(accepted, to appear 2018).

[6] Hyperplane equipartitions plus constraints, *Journal of Combinatorial Theory, Series A *(accepted pending minor revisions).

[7] Optimal bounds for constrained, cascading, and cyclic Makeev-type problems (with A. Meja and J. Zhang). In preparation.

### Recent Conferences

1. Institute for Computational and Experimental Research in Mathematics (ICERM). *Topology and Geometry in a Discrete Setting*, Invited Speaker (Nov 28-Dec 2, 2016)

2. SIAM Conference on Applied Algebraic Geometry*. Minisymposium on Symmetric Simplicial Complexes and Polytopes*, Invited Speaker (Jul 31-Aug 4, 2017)

3. Institute of Mathematics Polish Academy of Sciences (IMPAL). *Applied Topology in BÄ™dlewo*, Contributing Speaker (Jun 25-Jul 1, 2017)

4. Mathematical Science Research Institute (MSRI). *Geometric and Topological Combinatorics: Modern Techniques and Methods**, *Travel Award (Oct 9-13, 2017)