Ulf Gran
Ulf Gran's research focuses on black holes in string theory. The aim is to get a better understanding of black holes in higher dimensions, but also to find applications in condensed matter physics via a recently discovered correspondence. According to this correspondence, the physics of certain condensed matter systems can be modeled by black hole physics, offering a completely new way to attack some important unsolved problems in e.g. high temperature superconductivity.
Showing 56 publications
Advanced study techniques for university students
Anomalously long lifetimes in two-dimensional Fermi liquids
Collective modes of polarizable holographic media in magnetic fields
Restored strange metal phase through suppression of charge density waves in underdoped YBa2Cu3O7–δ
Plasmons in holographic graphene
Transverse collective modes in interacting holographic plasmas
Holographic response of electron clouds
All superalgebras for warped AdS2 and black hole near horizon geometries
Holographic plasmon relaxation with and without broken translations
Classification, geometry and applications of supersymmetric backgrounds
Holographic fundamental matter in multilayered media
On supersymmetric anti-de Sitter, de Sitter and Minkowski flux backgrounds
All Killing superalgebras for warped AdS backgrounds
Supersymmetric geometries of IIA supergravity III
Dynamical symmetry enhancement near massive IIA horizons
Supersymmetric geometries of IIA supergravity II
Dynamical symmetry enhancement near IIA horizons
Getting at the learning in active learning
Off-shell structure of twisted (2,0) theory
Supersymmetric geometries of IIA supergravity I
AdS backgrounds from black hole horizons
Index theory and dynamical symmetry enhancement near IIB horizons
Topologically gauged superconformal Chern-Simons matter theories.
IIB black hole horizons with five-form flux and extended supersymmetry
IIB black hole horizons with five-form flux and KT geometry
D=3, N=8 conformal supergravity and the Dragon window
M-theory backgrounds with 30 Killing spinors are maximally supersymmetric
Classification of IIB backgrounds with 28 supersymmetries
The Classification of Highly Supersymmetric Supergravity Solutions
Classification of IIB backgrounds with 28 supersymmetries
Invariant Killing spinors in 11D and type II supergravities
Three-dimensional N=8 superconformal gravity and its coupling to BLG M2-branes
Solution of heterotic Killing spinor equations and special geometry
IIB backgrounds with five-form flux
Geometry of all supersymmetric four-dimensional N=1 supergravity backgrounds
On relating multiple M2 and D2-branes
IIB solutions with N>28 Killing spinors are maximally supersymmetric
Geometry of all supersymmetric type I backgrounds
Supersymmetric heterotic string backgrounds
Supersymmetric Corrections to Eleven-Dimensional Supergravity
Deformation Independent Open Brane Metrics and Generalized Theta Parameters
Non-Commutative Open (p,q)-String Theories
Generalised 11-Dimensional Supergravity
Manifestly Supersymmetric M-Theory
(p,q) five-branes in nonzero B-field
Finite tensor deformations of supergravity solitons
Superembeddings, nonlinear supersymmetry and five-branes
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Showing 1 research projects
Applied String Theory - Holographic Methods for Strongly Coupled Systems