“If people do not believe that mathematics is simple, it is only because they do not realize how complicated life is.” — John von Neumann
Welcome to my blog! I am a visiting scholar at the CUNY Graduate Center. My research is in an area of Mathematics called Set Theory. At the very foundation, all mathematical objects are sets. Set Theory, which studies the properties of sets, explores the foundations of mathematics. My CV is here.
I am a coorganizer of the CUNY Set Theory Seminar at the Graduate Center. I am the webmaster for the NYlogic website. Follow CUNY logic seminars Follow @CUNYLogic.
To contact me, send an email to vgitman at nylogic dot org.
Recent Writing
A $\square(\kappa)$like principle consistent with weak compactness
The Stable Core
The Stable Core
Recent and Upcoming Talks

The Stable Core
This is a talk at the Reflections on Set Theoretic Reflection Conference, University of Barcelona, November 1619, 2018.

The Stable Core
This is a talk at the Mathematical Philosophy and Mathematical Practice Conference, University of Konstanz, September 20, 2018.
Slides 
Virtual Vopěnka's Principle
This is a talk at the Accessible categories and their connections Conference, University of Leeds, July 18, 2018.
Slides 

Virtual large cardinal principles at KGRC
This is a talk at the Kurt Gödel Research Center Research Seminar in Vienna, Austria, April 14, 2018.
Slides
Recent Publications

A $\square(\kappa)$like principle consistent with weak compactness
B. Cody, V. Gitman, and C. LambieHanson, “A $\square(κ)$like principle consistent with weak compactness,” Submitted.
PDF Bibtex 
Booleanvalued class forcing
C. Antos, S. D. Friedman, and V. Gitman, “Booleanvalued class forcing,” Submitted.
PDF Bibtex 
A model of secondorder arithmetic satisfying AC but not DC
S.D. Friedman, V. Gitman, and V. Kanovei, “A model of secondorder arithmetic satisfying AC but not DC,” To appear in the Journal of Mathematical Logic. Available at: https://victoriagitman.github.io/files/ModelOfACNotDC.pdf
PDF Bibtex 
The exact strength of the class forcing theorem
V. Gitman, J. D. Hamkins, P. Holy, P. Schlicht, and K. Williams, “The exact strength of the class forcing theorem,” Submitted.
PDF Bibtex Arχiv 
A model of the generic Vopěnka principle in which the ordinals are not Mahlo
V. Gitman and J. D. Hamkins, “A model of the generic Vopěnka principle in which the ordinals are not Mahlo,” To appear in the Archive for Mathematical Logic.
PDF Bibtex Arχiv