Stable Non-BPS Membranes on M(atrix) Orientifold
Nakwoo Kim, Soo-Jong Rey, Jung-Tay Yee
TL;DR
This paper constructs stable, non-BPS M-theory membrane configurations using M(atrix) theory, localized on orientifolds, and confirms their consistency with K-theory predictions.
Contribution
It introduces new stable non-BPS membrane solutions in M(atrix) theory localized on orientifolds, aligning with K-theory analysis.
Findings
Membranes localized on O4 and O8 orientifolds
Gauge bundle projected to USp-type
Consistency with K-theory predictions
Abstract
Examples of stable, non-BPS M-theory membrane configuration are constructed via M(atrix) theory. The stable membranes are localized on O4 or O8 orientifolds, which projects Chan-Paton gauge bundle of M(atrix) zero-brane partons to USp-type. The examples are shown to be consistent with prediction based on K-theory analysis.
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