A. Losev

V. Lysov

Supersymmetric systems are classified via BV formalism, extending localisation and identifying when integrals reduce to critical points.

We generalize the BV formalism for the physical theories on supermanifolds with graded symmetry algebras realized off-shell and on-shell. An application of such generalization to supersymmetric theories allows us to formulate the new classification which refines the usual off-shell/on-shell classification. Our new classification is based on the type of higher order antifield terms in the corresponding BV action. We provide explicit examples for each class of the refined classification. We show that the supersymmetric localization for the off-shell theories is a BV integral over particular Lagrangian submanifold. We generalize the supersymmetric localization to the on-shell supersymmetric theories of quadratic type in our classification. The partition function for such theories becomes Gaussian integral for a particular choice of Lagrangian submanifold.

BV-refinement of the on-shell supersymmetry and localization