%0 Journal Article
%A Seibold, Fiona Katharina
%A Sfondrini, Alessandro
%T Interpolating families of integrable AdS3 backgrounds
%J Journal of physics / A
%V 58
%N 23
%@ 1751-8113
%C Bristol
%I IOP Publishing
%M PUBDB-2025-01027
%M DESY-25-036
%M arXiv:2502.07103
%P 235401
%D 2025
%Z ISSN 1751-8121 not unique: **3 hits**.27 pages, v3: added references
%X We construct families of integrable deformations that interpolate between AdS<sub>3</sub>×S<sup>3</sup>×S<sup>3</sup>×S<sup>1</sup> and either AdS<sub>3</sub>×S<sup>3</sup>×S<sup>2</sup>×T<sup>2</sup> or AdS<sub>3</sub>×S<sup>2</sup>×S<sup>2</sup>×T<sup>3</sup>. They preserve half of the supersymmetry of the original background, namely one copy of the \mathfrakd(2,1;α) algebra. From this it follows a similar integrable interpolation between AdS<sub>3</sub>×S<sup>3</sup>×T<sup>4</sup> and AdS<sub>3</sub>×S<sup>2</sup>×T<sup>5</sup>, which also preserves half of the supersymmetry, namely a copy of the \mathfrakpsu(1,1|2) algebra. In all cases, the interpolating backgrounds are constructed by using TsT transformations, which makes it easy to implement them in the integrability formalism in the full quantum theory. To illustrate this point, we discuss the lightcone gauge fixing of the models and compute their pp-wave Hamiltonian.
%K integrable deformations (autogen)
%K AdS3 strings (autogen)
%K AdS/CFT correspondence (autogen)
%F PUB:(DE-HGF)16
%9 Journal Article
%R 10.1088/1751-8121/addb96
%U https://bib-pubdb1.desy.de/record/625148