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Recent seminar announcements
 Zoltán Vidnyánszky: Antibasis results for graphs of infinite Borel chromatic number Toronto Set Theory Seminar
 Judyta Bąk: Domain theory and topological games Wrocław University of Technology
 Michał Tomasz Godziszewski – Computable quotient presentations of models of arithmetic and set theory Kurt Godel Research Center
 CMU math logic seminar Tue Mar 21, Bartošová on “Freedom of action in combinatorial terms” Carnegie Mellon Logic Seminar
 Andres Caicedo: MRP and squares, II Michigan Logic Seminar
 David Aspero: Generic absoluteness for Chang models Bristol Logic Seminar
 Andres Caicedo: MRP and squares Michigan Logic Seminar
 Piotr Szewczak: The Scheepers property and products of Menger spaces Wrocław University of Technology
 Peter Holy: A Hierarchy of Ramsey cardinals Bristol Logic Seminar
 Marcin Sabok: Hyperfiniteness of boundary actions of cubulated hyperbolic groups Toronto Set Theory Seminar
Upcoming conferences
 April 1: MAMLS at VCU, April 12, 2017
 May 5: Noncommutative Geometry and Operator Algebras, Nashville, May 511, 2017
 July 3: 6th European Set Theory Conference, Budapest, July 37, 2017
 July 10: 10th Young Set Theory Workshop, Edinburgh, July 1014, 2017
 August 2: A conference on the occasion of Jensen’s 80th birthday, Münster, Aug 02–Aug 04, 2017
 August 14: Logic Colloquium 2017, August 1420, 2017
 August 20: Frontiers of Selection Principles, Warsaw, Aug 20 – Sep 1, 2017

Talks by venue
 Barcelona Set Theory Seminar (RSS)
 Boise Set Theory Seminar (RSS)
 Bonn Logic Seminar (RSS)
 Bristol Logic Seminar (RSS)
 Carnegie Mellon Logic Seminar (RSS)
 Dartmouth Logic Seminar (RSS)
 Israeli Logic Talks (RSS)
 Kurt Godel Research Center (RSS)
 Michigan Logic Seminar (RSS)
 Morelia Topology and Set Theory Seminar (RSS)
 New York Logic Seminars (RSS)
 NUS logic seminar (RSS)
 Prague Forcing Seminar (RSS)
 Prague Set Theory Seminar (RSS)
 Rutgers Logic Seminar (RSS)
 Toronto Set Theory Seminar (RSS)
 UC Irvine Set Theory Seminar (RSS)
 Wroclaw Set Theory Seminar (RSS)
 Wrocław University of Technology (RSS)
Talks by speaker
A.R.D. Mathias Alan Dow Alekos Kechris Aleksandra Kwiatkowska Alex Usvyatsov Alexei Kolesnikov Andre Nies Andreas Blass Andrés Caicedo Andrew BrookeTaylor Andrew Marks Andy Zucker Antonio Avilés Anush Tserunyan Ari Brodsky Arnie Miller Arthur Apter Asaf Karagila Asger Tornquist Ashutosh Kumar Assaf Hasson Assaf Rinot Barnabas Farkas Benjamin Miller Bill Chen Bill Mitchell Boban Velickovic Boris Zilber Borisa Kuzeljevic Brent Cody Burak Kaya Carlos Di Prisco Carlos MartinezRanero Charles Morgan Chris LambieHanson Christina Brech Clinton Conley Daisuke Ikegami Damian Sobota Dana Bartošová Daniel Rodriguez Daniel Soukup David Aspero David Chodounsky David Fernández Bretón David J. Fernández Bretón David Marker David Milovich Diana Ojeda Diego Alejandro Mejia Dikran Dikranjan Dilip Raghavan Dima Sinapova Dimitrios Vlitas Egbert Thümmel Erez Shochat Erin Carmody Farmer Schlutzenberg François Dorais Frank Stephan Franklin Tall Gregory Cherlin Grigor Sargsyan Grzegorz Plebanek Gunter Fuchs Heike Mildenberger Hiroshi Sakai Hugh Woodin Ilijas Farah Ioannis Souldatos Isaac Goldbring István Juhász Itay Neeman James Cummings Jan Grebík Jan Stary Jan van Mill Jay Williams Jean Larson Jindra Zapletal Joan Bagaria Joel David Hamkins John Baldwin John Clemens John Krueger John Steel Jonathan Verner Jordi LopezAbad Jörg Brendle Jose Iovino Jouko Väänänen Julien Melleray Juliette Kennedy Juris Steprans Justin Moore K. P. Hart Katharina Dupont Konstantinos Tyros Lajos Soukup Laura Fontanella Liljana Babinkostova Lionel Nguyen Van The Liuzhen Wu Luca Motto Ros Luz María García Ávila Lynn Scow Lyubomyr Zdomskyy Marcin Michalski Marcin Sabok Marion Scheepers Martin Goldstern Martin Zeman Martino Lupini Maryanthe Malliaris Masaru Kada Mati Rubin Matteo Viale Matthew D. Foreman Melvin Fitting Menachem Kojman Menachem Magidor Merlin Carl Michael Hrusak Michal Doucha Miguel Angel Mota Mike Pawliuk Mikhail Tkachenko Miodrag Sokic Mirna Džamonja Miyamoto Tadatoshi Monroe Eskew Moti Gitik Nadav Meir Nam Trang Natasha Dobrinen Norman Perlmutter Omer Ben Neria Osvaldo Guzman Osvaldo Guzmán González Paul Larson Paul McKenney Peng Yinhe Peter Holy Peter Koellner Peter Koepke Peter Komjath Peter Krautzberger Petr Simon Philip Welch Philipp Lücke Philipp Schlicht Piotr BorodulinNadzieja Piotr Koszmider Ralf Schindler Randall Holmes Rick Statman Robert Ralowski Robin TuckerDrob Rodrigo R. Dias Roman Kossak Saharon Shelah Sakaé Fuchino Salma Kuhlmann Samuel Coskey Scott Cramer Scott Schneider Sean Cox Sebastien Vasey Sergei Artemov Shehzad Ahmed Sheila Miller Simon Thomas Slawomir Solecki Spencer Breiner Spencer Unger Stefan Geschke Stevo Todorcevic Su Gao Sy David Friedman Szymon Zeberski Teruyuki Yorioka Thilo Weinert Thomas Johnstone Todd Eisworth Todor Tsankov Tomek Bartoszynski Toshimichi Usuba Trevor Wilson Uri Abraham Vera Fischer Victor Torres Perez Victoria Gitman Vincenzo Dimonte Wieslaw Kubis Will Boney Wojciech Stadnicki Wolfgang Wohofsky Xianghui Shi Yizheng Zhu Yurii KhomskiiCategories
Recent discussions
 10th Young Set Theory Workshop, Edinburgh, July 1014, 2017  Set Theory Talks on 6th Young Set Theory Workshop, June 1014, 2013
 10th Young Set Theory Workshop, Edinburgh, July 1014, 2017  Set Theory Talks on 9th Young Set Theory Workshop, Copenhagen, June 1317, 2016
 10th Young Set Theory Workshop, Edinburgh, July 1014, 2017  Set Theory Talks on 8th Young Set Theory Workshop, Jerusalem, October 2530, 2015
 1st Irvine Conference on Descriptive Inner Model Theory and HOD Mice, July 1829 2016  Set Theory Talks on Inner Model Theory events in California, June, 2014
 saf on Assaf Rinot: The strength of the generalized Souslin hypothesis
 10th Young Set Theory Workshop, Edinburgh, July 1014, 2017  Set Theory Talks on 6th Young Set Theory Workshop, June 1014, 2013
Seminar organizer’s toolbox
Xianghui Shi is currently an assistant professor of mathematics at Beijing Normal University.
He graduated in 2006 from UC Berkeley, under the supervision of W. Hugh Woodin.
His research interest is in logic and set theory, focusing on the connection between large cardinals, inner models, forcings and definability structures.
Recent and upcoming talks by Xianghui Shi
Xianghui Shi: Large cardinals and generalized degree structures
Mathematical logic seminar – March 24, 2015
Time: 12:30 – 13:30
Room: Wean Hall 8201
Speaker: Xianghui Shi
School of Mathematical Sciences
Beijing Normal University
Title: Large cardinals and generalized degree structures
Abstract:
The notion of Turing degree can be generalized to large ordinals, in particular to uncountable cardinals. continue reading…
Workshop on Iterated Forcing and Large Cardinals, November 1216, 2012
This workshop will take place at the Fields institute, as a part of the 2012 Thematic Program on Forcing and its Applications.
Organizing Committee:
Michal Hrusak
Saharon Shelah
W. Hugh Woodin
Show Schedule
Monday November 12
9:009:50
Tadatoshi Miyamoto (Nanzan University)
A study of iterating semiproper forcing
10:0010:50
David Aspero (Technische Universitaet Wien)
10:5011:10
Coffee Break
11:1012:00
Ralf Schindler (WWU Münster)
An axiom
LUNCH
15:0015:50
Matteo Viale (University of Torino)
Absoluteness of theory of
16:1017:00
John Krueger (University of North Texas)
Forcing with Models as Side Conditions
Tuesday November 13
9:009:50
Tadatoshi Miyamoto (Nanzan University)
A study of iterating semiproper forcing
10:0010:50
Itay Neeman (University of California, Los Angeles)
Higher analogs of the proper forcing axiom
10:5011:10
Coffee Break
11:2012:10
Moti Gitik (TelAviv University)
A weak generalization of SPFA to higher cardinals. continue reading…
Xianghui Shi: A PosnerRobinson Theorem from Axiom $I_0$
Friday, February 24 from 1:30 to 3pm
Fields Institute, Room 210
Speaker: Xianghui Shi (Beijing Normal University)
Title: A PosnerRobinson Theorem from Axiom $I_0$
Abstract: Under a slightly stronger version of Axiom $I_0$:
there is a *proper* elementary embedding j from $L(V_{\lambda+1})$ to $L(V_{\lambda+1})$ with critical point $<\lambda$, we prove an analog of Perfect Set Theorem in the context of $V_{\lambda+1}$. continue reading…