This is a review of exceptional field theory: a generalisation of Kaluza–Klein theory that
unifies the metric and p-form gauge field degrees of freedom of supergravity into a …

A bstract Generalized dualities had an intriguing incursion into Double Field Theory (DFT) in
terms of local O (d, d) transformations. We review this idea and use the higher derivative …

A bstract We point out that the one-particle-irreducible vacuum correlation functions of a QFT
are the structure constants of an L∞-algebra, whose Jacobi identities hold whenever there …

We formulate gauge theories based on Leibniz (-Loday) algebras and uncover their
underlying mathematical structure. Various special cases have been developed in the …

We combine techniques from kinetic theory and string dualities to couple statistical matter to
a nonrelativistic supergravity background, enabling the theory to be formulated in a T-duality …

A bstract Within the framework of the flux formulation of Double Field Theory (DFT) we
employ a generalised Scherk-Schwarz ansatz and discuss the classification of the twists that …

Tensor hierarchies are algebraic objects that emerge in gauging procedures in supergravity
models, and that present a very deep and intricate relationship with Leibniz (or Loday) …

Double field theory (DFT) can be constructed as the double copy of a Yang-Mills theory. In
this work we extend this statement by including higher-derivative terms. Starting from a four …

We establish a correspondence between infinity-enhanced Leibniz algebras, recently
introduced in order to encode tensor hierarchies (Bonezzi and Hohm in Commun Math Phys …

A bstract The connection between two recent descriptions of tensor hierarchies—namely,
infinity-enhanced Leibniz algebroids, given by Bonezzi & Hohm and Lavau & Palmkvist, and …