M5-brane Solution in ABJM Theory and Three-algebra
Seiji Terashima, Futoshi Yagi

TL;DR
This paper constructs a classical M5-brane solution within ABJM theory, revealing its relation to three-algebra structures and matching tensions with known M5-brane actions, advancing understanding of M-theory branes.
Contribution
It introduces a novel M5-brane solution in ABJM theory with self-dual flux, linking it to three-algebra and verifying consistency with M5-brane tension calculations.
Findings
Constructed M5-brane solution with self-dual flux in ABJM theory
Demonstrated the solution satisfies M5-brane equations of motion
Found tension matches with single M5-brane action
Abstract
We construct a new classical solution in the ABJM theory corresponding to M5-branes with a non-zero self-dual three form flux. This is an M-theory lift of the D4-brane solution expressed as a non-commutative plane in the three dimensional super Yang-Mills theory. We discuss that our solution is closely related with the three-algebra. We show that the corresponding configuration of the M5-brane satisfies the equations of motion in the single M5-brane action. We find the agreement between the tension of the M5-brane solution in the ABJM action and the one computed from the single M5-brane action.
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