Spring Schedule
- January 11: Organizational Meeting
- January 18: Jindra Zapletal, Canonical Interpretations in Generic Extensions
- January 25: Jindra Zapletal, Canonical Interpretations in Generic Extensions 2
- February 1: Michal Doucha, Borel Equivalence Relations and Laver Forcing
- February 8: Micha Doucha, Borel Equivalence Relations and Laver Forcing 2,
- February 15: Bill Mitchell, Inner models of set theory: the big picture
- February 22: Sebastian Wyman, Preliminaries on Computable Symbolic Dynamics
- February 29: Sebastian Wyman, Weakening computability to classify Pi^0_1 subshifts
- March 14: Ferit Toska, Compressibility of Countable Subshifts
- March 21: Bill Mitchell, Inner models of set theory: the big picture 2
- March 28: Douglas Cenzer, Bounded algorithmic randomness
- April 4: Douglas Cenzer, Bounded algorithmic randomness 2
- April 11: Jindrich Zapletal, Ramsey Theorems on Polish spaces
- April 18: Jindrich Zapletal, Ramsey Theorems on Polish spaces, 2
- April 25: Alan Kuhnle, Pinned Equivalence Relations
Fall Schedule
- Aug 27: Bill Mitchell, Introduction to Forcing
- September 4: Sebastian Wyman, Subshifts on $2^\mathbb{N}$ in the Arithmetic Hierarchy
- September 19: Ferit Toska, Descriptions of subsets of $2^\mathbb{N}$
- September 24: Douglas Cenzer, Sub-computable Randomness
- October 1: Douglas Cenzer, Sub-computable Randomness
- October 3:(Grad Logic) Alan Kuhnle, Classification of UHF Algebras and AF Algebras
- October 17:(GMA Colloquium in the atrium) Sebastian Wyman, Introduction to Computability, Computable Analysis and Effective Symbolic Dynamics
- October 19: Douglas Cenzer, Prequel to Harizanov’s talk
- October 22: (Colloquium) Valentina Harizanov, Effective structures and complexity of their isomorphisms
- October 31: Francis Adams, Extremely Amenable Groups and Structural Ramsey Theory
- November 2: Jindra Zapletal, Report on Fall Semester at the Fields Institute
- November 7: (Grad Logic) Jean Larson, Report on the Workshop in Luminy
- December 5: Tom Winckler, Ramsey Theory and Computability