A bstract We study the bosonic sector of a decoupling limit of type IIA superstring theory,
where a background Ramond-Ramond one-form is fined tuned to its critical value, such that …

We review different exact approaches to string theory. In the context of the Green–Schwarz
superstring, we discuss the action in curved backgrounds and its supercoset formulation …

We revisit the decoupling limits that lead to matrix theories on D-branes. We highlight the
BPS nature of these limits, in which the target space geometry becomes non-Lorentzian and …

A bstract We study a decoupling limit of M-theory where the three-form gauge potential
becomes critical. This limit leads to nonrelativistic M-theory coupled to a non-Lorentzian …

A bstract It has recently been realised that there are supersymmetry-preserving non-
relativistic decoupling limits associated with each half-BPS object in String Theory and M …

A bstract A non-relativistic limit of the AdS/CFT correspondence is studied in the context of
M2-branes. On the field theory side this corresponds to a near-BPS limit of ABJM that …

A bstract We study a non-relativistic limit of 11-dimensional supergravity. This limit leads to a
theory with an underlying membrane Newton-Cartan geometry. Consistency of the non …

In recent years, interesting curved-space extensions of nonrelativistic (NR) string theory
have been very actively pursued, where the background has a structure that is a stringy …

A bstract In this work we consider heterotic-gravity as the low-energy approximation to
heterotic string theory. We define a consistent non-relativistic limit of heterotic gravity that …

We consider the non-relativistic limit of general relativity coupled to a $(p+ 1) $-form gauge
field and a scalar field in arbitrary dimensions and investigate under which conditions this …