(Courses)
(Ph.D. students)
(Advice)
If you have any trouble with the links below please inform me
via email.
Current and past courses:
Warwick:
II 2025: MA4H4
(Geometric group theory).
I 2024: MA3F1
(Introduction to topology).
I 2023: MA138
(Sets and numbers)
II 2023: MA9M7
(Topics in geometric topology)
I 2022: MA138
(Sets and numbers)
II 2022: MA4J7
(Cohomology and Poincare duality)
I 2021: MA132/138
(Foundations/Sets and numbers)
II 2021: TCC module
(Introduction to three-manifolds)
I 2020: MA132/138
(Foundations/Sets and numbers)
II 2020: MA4J7
(Cohomology and Poincare duality)
II 2019: MA4J7
(Cohomology and Poincare duality)
I 2018: MA3D5
(Galois theory)
II 2018: TCC module
(Introduction to three-manifolds)
I 2017: MA3F1
(Introduction to topology)
II 2017: MA3H6
(Algebraic topology)
I 2015: MA243
(Geometry)
I 2015: MA3F1
(Introduction to topology)
I 2014: MA243
(Geometry)
I 2014: MA3F1
(Introduction to topology)
II 2014: MA3H6
(Algebraic topology)
II 2013: MA3H6
(Algebraic topology)
II 2012: MA4J2
(Three-manifolds)
II 2011: MA4J2
(Three-manifolds)
I 2010: TCC module
(Hierarchies and the curve complex)
II 2010: MA3F2
(Knot theory)
II 2010: TCC module
(Hyperbolicity of the curve complex)
II 2009: MA3F2
(Knot theory)
I 2008: TCC module
(The mapping class group and the complex of curves)
II 2008: MA3F2
(Knot theory)
Rutgers:
Sp 2007: 291
(Honors calculus III)
Fa 2006: 251H
(Honors Calculus III)
Fa 2006: 361 (Set
theory)
Sp 2006: 461
(Logic)
Fa 2005: 291
(Honors calculus III)
Fa 2005: 428 (Graph
theory)
Sp 2005: 311
(Advanced calculus (aka real analysis))
Fa 2004: 151 (Calculus
I) two sections.
UIC:
Sp 2003: 181 (Calculus II)
Fa 2002: 180 (Calculus I)
Current Ph.D. students:
Abigail Hollingsworth.
Layne Hall.
Past Ph.D. students:
Marco Linton. 2022 PhD. Thesis:
One-relator
hierarchies
Marco Barberis. 2022 PhD. Thesis:
Rigidity
properties of graphs associated with planar surfaces
Anna Parlak 2021 PhD. Thesis:
Veering
triangulations and polynomial invariants of three-manifolds
Esmee te Winkel 2020 PhD. Thesis:
Curves
and laminations on the five-times punctured sphere
Ronja Kuhne 2019 PhD. Thesis:
Polynomial-time
efficient position
Mark Bell 2015 PhD. Thesis:
Recognising
mapping classes
Richard Webb 2014 PhD. Thesis:
Effective
geometry of curve graphs
Alexander Wickens 2012 MPhil. Thesis: Ending laminations and the curve complex
Irida Altman 2013 PhD. Thesis:
On some properties of the
sutured Floer polytope
Advice to potential Ph.D. students:
General advice: Ravi Vakil's discussion
is particularly useful. Using that as a starting point, one can find
further pages via Google.
Particular to Warwick: Application material for the Ph.D. and
M.Phil. program can be found on the
postgraduate webpage.
Please
email Monica
Dinu or myself if you have questions.
Last touched: Sun 29 Sep 2024 22:09:53 BST