Dmitriy Zakharov

Members - Dmitriy Zakharov
Photo by Sergei Kiselev, Oxford Math. Institute

Dmitriy
Zakharov

MIPT, Moscow
Research interests:

Extremal combinatorics, combinatorial geometry

Short Bio

I was born on June 18 in 2000 in Nizhny Novgorod, Russia. In 2012 I moved to Moscow and in 2018 I graduated from School №179. Currently, I am a student in HSE University, Faculty of Mathematics, and a researcher in MIPT.

Lab videos

Publications

Preprints

  1. Dmitriy Zakharov
    Convex geometry and Erdös-Ginzburg-Ziv problem, preprint
  2. C. Pohoata, D. Zakharov
    Zero subsums in vector spaces over finite fields, to appear in Algebra & Number Theory
  3. Dmitriy Zakharov
    On the size of maximal intersecting families, preprint
  4. C. Pohoata, D. Zakharov
    Norm hypergraphs, preprint
  5. C. Pohoata, D. Zakharov
    On the trifference problem for linear codes, preprint

Journal publications

  1. Dmitriy Zakharov,
    Chromatic Numbers of Some Distance Graphs, Mathematical Notes 107.1 (2020): 238-246.
  2. Dmitriy Zakharov, and A. M. Raigorodskii,
    Clique-chromatic numbers of graphs of intersections, Math. Notes 105.1 (2019): 138-140.
  3. Kupavskii Andrey, and Dmitriy Zakharov,
    Regular bipartite graphs and intersecting families, Journal of Combinatorial Theory, Series A 155 (2018): 180-189.
  4. Dmitriy Zakharov,
    Chromatic numbers of Kneser-type graphs, Journal of Combinatorial Theory, Series A 172 (2020): 105188.
  5. Dmitriy Zakharov,
    Acute sets, Discrete & Computational Geometry 61.1 (2019): 212-217.
  6. Kupavskii Andrey, and Dmitriy Zakharov,
    The right acute angles problem? European Journal of Combinatorics 89 (2020): 103144.
  7. Kupavskii, A., Polyanskii, A., Tomon, I. and Zakharov, D.,
    The Extremal Number of Surfaces, International Mathematics Research Notices. 2021.
  8. Tomon, I., and Zakharov D.,
    Turán-type results for intersection graphs of boxes, Combinatorics, Probability and Computing (2020): 1-6.
  9. D. Conlon, C. Pohoata, D. Zakharov,
    Random multilinear maps and the Erdös box problem, published in Discrete Analysis.