Katalin Berlow
Scholar

Katalin Berlow

Google Scholar ID: F9UeZiQAAAAJ
Berkeley
descriptive combinatorics and measured group theory
Citations & Impact
All-time
Citations
41
 
H-index
3
 
i10-index
2
 
Publications
6
 
Co-authors
0
 
Contact
Resume (English only)
Academic Achievements
  • Papers in Preparation:
  • - A Measurable Analog of Euler's Formula in Pmp Graphs
  • - Separating Complexity Classes of LCL Problems on Grids, Part 2 (with Anton Bernshteyn, Clark Lyons, Felix Weilacher)
  • - Equivalence Relations Acting on Bundles of Trees (with Ronnie Chen, Robin Tucker-Drob, Anush Tserunyan)
  • Papers (Graduate School):
  • - Separating Complexity Classes of LCL Problems on Grids (with Anton Bernshteyn, Clark Lyons, Felix Weilacher)
  • - Borel Polychromatic Number of Grids (with Edward Hou)
  • Papers (Undergraduate):
  • - Intersection Bodies of Polytopes (with Marie Brandenburg, Chiara Meroni, Isabelle Shankar)
  • - Restricted Stacks as Functions
  • - Almost Abelian Lie Groups, Subgroups, and Quotients (with Marcelo Almora Rios, Zhirayr Avetisyan, Isaac Martin, et al.)
Research Experience
  • Currently a PhD candidate in the fifth year at UC Berkeley.
  • Main instructor for the following courses:
  • - Math 110: Abstract Linear Algebra
  • Teaching Assistant for the following courses:
  • - Math 1B: Calculus
  • - Math 54: Linear Algebra and Differential Equations
  • - Math 74: Transition to Upper Division Mathematics
  • - 21-127: Concepts of Mathematics (Carnegie Mellon)
  • - 33-142: Physics II for Engineers (Carnegie Mellon)
Education
  • BS: Mathematics, Carnegie Mellon University (2017-2021)
  • PhD: Mathematics, UC Berkeley (2021-present), Advisors: Andrew Marks and Robin Tucker-Drob
Background
  • Research interests: applied descriptive set theory, especially descriptive combinatorics, measured group theory, and their applications to ergodic theory and geometric group theory.
Miscellany
  • Personal interests: riddles, paintings
  • Erdős number: 3
Co-authors
0 total
Co-authors: 0 (list not available)