Triple

Target class: non-perturbative object
Context triple: [M5-branes, instanceOf, non-perturbative object]

• A. nonperturbative effect chosen
  A nonperturbative effect is a physical phenomenon that cannot be captured by any finite-order expansion in a small parameter (such as a coupling constant) and instead arises from intrinsically non-linear or exponentially suppressed contributions, like instantons or tunneling.
• B. nonperturbative method
  A nonperturbative method is a theoretical or computational approach that captures the full behavior of a system without relying on expansions in a small parameter, allowing it to describe strong-coupling or highly nonlinear regimes where perturbation theory fails.
• C. non-topological soliton
  A non-topological soliton is a stable, localized field configuration whose stability arises from conserved charges or dynamical effects rather than from the topology of the underlying field space.
• D. nonlocal theory
  A nonlocal theory is a conceptual framework in which interactions or correlations between entities are not confined to adjacent points in space-time, allowing influences to occur instantaneously or over finite distances without a mediating local process.
• E. non-Abelian Ward identity
  A non-Abelian Ward identity is a relation among Green’s functions in a gauge theory with non-commuting (non-Abelian) symmetry generators, expressing the consequences of gauge invariance (or BRST symmetry) for renormalization and scattering amplitudes.
• F. None of above.