An article that we have written:
Domenico Fiorenza,
Hisham Sati,
Urs Schreiber
T-Duality from super Lie $n$-algebra cocycles for super $p$-branes
ATMP Volume 22 (2018) Number 5
Abstract. We compute the L-infinity-theoretic double dimensional reduction of the F1/D$p$-brane super $L_\infty$-cocycles with coefficients in rationalized twisted K-theory from the 10d type IIA and type IIB super Lie algebras down to 9d. We show that the two resulting coefficient $L_\infty$-algebras are naturally related by an $L_\infty$-isomorphism which we find to act on the super $p$-brane cocycles by the infinitesimal version of the rules of topological T-duality and inducing an isomorphism between $K^0$ and $K^1$, rationally. Moreover, we show that these $L_\infty$-algebras are the homotopy quotients of the RR-charge coefficients by the “T-duality Lie 2-algebra”. We find that the induced $L_\infty$-extension is a gerby extension of a $9+(1,1)$ dimensional (i.e. “doubled”) T-duality correspondence super-spacetime, which serves as a local model for T-folds. We observe that this still extends, via the D0-brane cocycle of its type IIA factor, to a $10+(1,1)$-dimensional super Lie algebra. Finally we show that this satisfies all the expected properties of a local model space for F-theory elliptic fibrations.
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Talk slides:
Super p-Brane Theory emerging from Super Homotopy-Theory (talk at StringMath 2017)
Super topological T-Duality (talk at Duality in Homotopy theory 2017)
Super Lie n-algebra of Super p-branes (talk at TQFT Seminar Lisbon, 2017 alongside Iberian Strings 2017)
Rational topological T-duality: pdf (talk by Domenico Fiorenza at LMS midlands meeting 2017)
Exposition
of the underlying rational topological T-duality:
Domenico Fiorenza, Hisham Sati, Urs Schreiber,
T-duality in rational homotopy theory via strong homomotopy Lie algebras,
Geometry, Topology and Mathematical Physics Journal, Volume 1 (2018)
Lecture notes:
T-Duality in rational homotopy theory: pdf (lecture by Domenico Fiorenza at 38th Srni Winter School on Geometry and Physics, 2018)
Previous articles:
Further developments
summed up in
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