Antoshyna Kateryna

Antoshyna Kateryna



Research interests

    Metric graph theory

    Experience

      Methodist JASU FROM 2021.
      Math teacher at KSE.
      Courses taught:
      ◦ Graph Theory, Summer 2025, KSE
      ◦ Discrete Mathematics, Spring 2025, KSE
      ◦ Basics of Linear Algebra, Fall 2024, KSE
      ◦ Probability Essentials, Fall 2024, KSE
      ◦ Introduction to Calculus, Spring 2024, KSE
      ◦ Basics of Linear Algebra, Fall 2023, KSE
      ◦ Introduction to Mathematics, Fall 2023, KSE
      ◦ Introduction to Permutation Group Theory, 2022, 2024, JASU
      ◦ Algebra of Logic, 2022, 2024, JASU
      ◦ Number Theory, 2023, JASU
      ◦ Directed Graphs, 2023, 2024, JASU
      ◦ “So, how do we prove it?”, 2023, 2025, JASU
      ◦ Binary Relations, 2022, 2024, JASU

      Talks on conferences

        K. Antoshyna and S. Kozerenko, Graphs with parity conditions between non-cut vertices, International Conference of Young Mathematicians, Institute of Mathematics NAS of Ukraine, June 1–3, 2023, Kyiv, Ukraine

        K. Antoshyna, S. Kozerenko and K. Pervushyn, On T -grupoids on finite trees (in Ukrainian), XII All-Ukrainian Scientific Conference of Young Mathematicians, 2024, Kyiv, Ukraine

        K. Antoshyna and S. Kozerenko, On blocks in graphs with odd and even distances between non-cut vertices (in Ukrainian), XII All-Ukrainian Scientific Conference of Young Mathematicians, 2024, Kyiv, Ukraine

        K. Antoshyna and S. Kozerenko, Graphs with odd distances between cut and non-cut vertices, International Conference of Young Mathematicians, Institute of Mathematics NAS of Ukraine, June 4–6, 2025, Kyiv, Ukraine

        K. Antoshyna, Graphs with the same parity of distances between cut and non-cut vertices, XIX International Scientific and Practical Conference of Students and Young Scientists, May 6–7, 2025, Kyiv, Ukraine

        Miscellaneous

          Project of the National Research Foundation of Ukraine of the call ''Excellent Science in Ukraine 2026 – 2028'', 2025.07/0405 ''Algebraic methods for studying equations of mathematical physics''
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