Tomskova Anna Anatolevna

Dr. Anna Tomskova is a mathematician whose research focuses on operator theory and functional analysis, with particular strength in multiple operator integrals, Schur multipliers, and non-commutative LpL_pLp​-spaces. She earned her Ph.D. in Mathematics from the University of New South Wales (UNSW), Australia, and combines international research output with extensive university-level teaching—delivering large-scale lecture courses across probability, statistics, linear algebra, discrete mathematics, and engineering mathematics, often teaching hundreds of students per semester.

Ph.D. in Mathematics — University of New South Wales (UNSW), Australia (2013–2017)

Dissertation: Multiple operator integrals: development and applications

Supervisors: Prof. F. Sukochev; Dr. D. Potapov

M.Sc. in Mathematics — National University of Uzbekistan (2009–2011)

B.Sc. in Mathematics — National University of Uzbekistan (2005–2009)

Inha University in Tashkent (2019–present)

Dr. Tomskova has delivered high-volume lecture teaching across multiple core mathematics subjects, including:

1. Probability & Statistics + Discrete Mathematics (Spring 2025) — 8 lectures/week, 8 groups, 600+ students
2. Linear Algebra + Engineering Mathematics (Fall 2024) — 8 lectures/week, 8 groups, 600+ students
3. Probability & Statistics + Discrete Mathematics (Spring 2024) — 8 lectures/week, 8 groups, 600+ students
4. Statistics I + Engineering Mathematics (Fall 2023) — 12 lectures/week, 6 groups, 450+ students
5. Linear Algebra + Engineering Mathematics (Fall 2021) — 16 lectures/week, 8 groups, 600+ students
6. …and multiple additional semesters in Statistics, Engineering Mathematics, Probability, and Discrete Mathematics (2019–2023).

University of New South Wales (UNSW), Australia — School of Mathematics & Statistics (2015–2016)

1. Tutor for MATH1131 and MATH1231
2. Tutor in the Student Support Scheme (including summer terms)
3. Exam marking across several semesters
4. Marking for UNSW Annual School Mathematics Competition (senior)

Academic Lyceum (Uzbekistan)

1. Tutor in Mathematics (2012–2013)

Tomskova, A. & Wildberger, N. J. Algebraic Calculus One: Notes and Examples (Vol. 1). Textbook, to be published (2026).

Tomskova, A. & Wildberger, N. J. Algebraic Calculus One: Worked Problems and Homework Questions (Vol. 2). Companion volume, to be published (2026).

Tomskova, A., Wildberger, N. J., Yusupova, M. Signed area formulas for triangles inscribed in polynomially and rationally parametrized curves. Preprint (2025).

Potapov, D., Sukochev, F., Tomskova, A., Zanin, D. Fuglede theorem for symmetric spaces of τ-measurable operators. Submitted (2025).

Pliev, M., Sukochev, F., Tomskova, A. The homotopy type of the linear group of Lebesgue–Bochner spaces. Journal of Functional Analysis 289 (2025), no. 12, 111178.

Tomskova, A. Some norm estimates for the triangular projection on the space of bounded linear operators between two symmetric sequence spaces. Annals of Functional Analysis 15(4), (2024).

Djalalov, M., Tomskova, A. Elements of qualitative preparation of teaching materials in an online learning environment at the university level. IEEE APEIE Conference (2023).

Skripka, A., Tomskova, A. Multiple operator integrals: development and applications. Lecture Notes in Mathematics 2250, Springer (2019).

Potapov, D., Sukochev, F., Tomskova, A., Zanin, D. Fréchet differentiability of the norm of Lp-spaces associated with arbitrary von Neumann algebras. Trans. Amer. Math. Soc. 371 (2019), 7493–7532.

Skripka, A., Potapov, D., Sukochev, F., Tomskova, A. Schatten properties of multilinear Schur multipliers and applications to operator Taylor remainders. Adv. Math. 320 (2017), 1063–1098.