M2-branes and discrete Painleve systems

Thursday 9 Sep 2021, 09:00 → 11:00 Asia/Tokyo

Zoom

日時：2021年9月9日（木）9:00 〜
場所: Zoom講演

講演者：野坂 朋生 氏（SISSA）
タイトル：M2-branes and discrete Painleve systems

アブストラクト：

It is known that the generating function of the partition function of the ABJM theory, the 3d Chern-Simons matter theory on N M2-branes probing C^4/Z_k orbifold background, enjoys a non-linear difference relation called the q-deformed Painleve III equation. We found that a similar relation holds also when the theory is deformed by the mass terms of the matter fields. The mass deformed ABJM theory is conjectured to exhibit a large N phase transition where the standard large N expansion formula for the massless case breaks down. The q-difference relation we found might be a useful tool to approach the phase transition in the future research.

 

Based on the idea of Painleve/gauge correspondence and the conjectured relation between the five dimensional Yang-Mills theories and the quantization of algebraic curves, it is further suggested that the same non-linear relation is also enjoyed by the theories of M2-branes placed on more general backgrounds. As an example I will also comment on the relation between the four node circular quiver Chern-Simons matter theory and the q-deformed Painleve VI equations.