9 citations · 21 across the 5 of their papers we have counts for
7 papers
Analytic thermal bootstrap in momentum space: From thermal OPE to QNMs
Julien Barrat, Deniz N. Bozkurt, Enrico Marchetto +2
We initiate a bootstrap program that relates ultraviolet data, encoded in the thermal OPE, to infrared observables, namely, the low-frequency behavior and quasinormal modes. Starti…
Analytic thermal bootstrap meets holography
Julien Barrat, Deniz N. Bozkurt, Enrico Marchetto +2
We compute thermal holographic correlators by combining their analytic structure with the Kubo-Martin-Schwinger (KMS) condition and multi-stress tensor OPE coefficients determined…
The analytic bootstrap at finite temperature
Julien Barrat, Deniz N. Bozkurt, Enrico Marchetto +2
We propose new universal formulae for thermal two-point functions of scalar operators based on their analytic structure, constructed to manifestly satisfy all the bootstrap conditi…
The thermal bootstrap for the critical O(N) model
Julien Barrat, Enrico Marchetto, Alessio Miscioscia +1
We propose a numerical method to estimate one-point functions and the free-energy density of conformal field theories at finite temperature by solving the Kubo-Martin-Schwinger con…
Conformal line defects at finite temperature
Julien Barrat, Bartomeu Fiol, Enrico Marchetto +2
We study conformal field theories at finite temperature in the presence of a temporal conformal line defect, wrapping the thermal circle, akin to a Polyakov loop in gauge theories.…
Sum rules & Tauberian theorems at finite temperature
Enrico Marchetto, Alessio Miscioscia, Elli Pomoni
We study CFTs at finite temperature and derive explicit sum rules for one-point functions of operators by imposing the KMS condition. In the case of a large gap between light and h…
Broken (super) conformal Ward identities at finite temperature
Enrico Marchetto, Alessio Miscioscia, Elli Pomoni
When a (super) conformal field theory is placed on a non-trivial manifold, the (super) conformal symmetry is broken. However, it is still possible to derive broken Ward identities…