February 10–14, 2025
Combinatorics on flag varieties and related topics 2025
Ajou University, Suwon, Republic of Korea
Flag variety is an algebraic variety lying on the intersection of many areas of mathematics. It has rich structures and contains important classes of subvarieties such as Schubert varieties, Springer varieties, and Hessenberg varieties, each of which has its own interest in view of representation theory and combinatorics. The goal of this workshop is to understand representation theory and combinatorics related to geometry and topology of subvarieties of flag varieties.
Flag variety is an algebraic variety lying on the intersection of many areas of mathematics. It has rich structures and contains important classes of subvarieties such as Schubert varieties, Springer varieties, and Hessenberg varieties, each of which has its own interest in view of representation theory and combinatorics. The goal of this workshop is to understand representation theory and combinatorics related to geometry and topology of subvarieties of flag varieties.
Please complete the registration form by January 10, 2025. If you apply for support (accommodation only), please register by December 15, 2024 (Sun.).
Please complete the registration form by January 10, 2025. If you apply for support (accommodation only), please register by December 15, 2024 (Sun.).
Speakers
Speakers
Tatsuyuki Hikita (RIMS)
Byung-Hak Hwang (KIAS)
Takeshi Ikeda (Waseda University)
Minyoung Jeon (University of Georgia)
Donggun Lee (IBS-CCG)
Eunjeong Lee (Chungbuk National University)
Seung Jin Lee (Seoul National University)
Mikiya Masuda (OCAMI)
Seonjeong Park (Jeonju University)
Martha Precup (Washington University in St. Louis)
Mark Skandera (Lehigh University)
John Shareshian (Washington University in St. Louis)
Foster Tom (Massachusetts Institute of Technology)
Organizers
Organizers
Soojin Cho (Ajou University)
Yunhyung Cho (Sungkyunkwan University)
Jaehyun Hong (IBS-CCG)
JiSun Huh (Ajou University)
Eunjeong Lee (Chungbuk National University)
Seonjeong Park (Jeonju University)
Supported by IBS, NRF, POSCO, and QSMS.
