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Boudewijn Bosch
I am a mathematician and physicist with a background in computational implementations. During my PhD, I gained experience with stochastic processes and geometric structures in the entanglement of curves. This work has applications in the analysis of polymer and protein structures.
Knot Theory
Topological Data Analysis
Differential Geometry
Polymer Dynamics
Geometric Machine Learning
Topological Deep Learning
Work Experience
PhD Researcher in Mathematics (Computational Topology) 2021–2026
University of Groningen
- Build and optimize a computational model in Python (and Mathematica) to characterize entangled structures (see Code).
- Lead a seminar of six people; assign tasks and responsibilities; develop a shared “language” around a complex topic to make collaboration more productive.
- Network at conferences, exchange perspectives, and present ideas to audiences with a broad range of backgrounds.
- Write papers, structuring thinking in an understandable format.
Teacher
2021–2025
University of Amsterdam & University of Groningen
- Teach bachelor’s- and master’s-level mathematics; explain complex concepts clearly and design/grade assignments.
Publications and preprints
Perturbed Alexander Invariants via Quantum Cluster Algebras
Submitted preprint, 2026
B. Bosch
Education
Double Master in Mathematics and Theoretical Physics
2018–2021
University of Amsterdam
Double Bachelor in Mathematics and Physics
2015–2018
University of Amsterdam
Recent Articles
TDA Applied to Wafer Defects
June 18, 2026 by Boudewijn Bosch5 minutes
Knots and Links
June 1, 2026 by Boudewijn Bosch5 minutes
Invariants
June 2, 2026 by Boudewijn Bosch6 minutes
A Stochastic Interpretation of Knot Invariants
June 2, 2026 by Boudewijn Bosch9 minutes
Studying Proteins and Polymers Using Knot Theory and Persistence
June 3, 2026 by Boudewijn Bosch7 minutes