116 citations · 159 across the 14 of their papers we have counts for
15 papers
Higher-spin algebras from soft theorems I: the wedge condition
Mathias Charbonnier, Javier Peraza
In this article we use the sub-soft graviton theorems to construct the map $\Top$ from the spin-graded set of holomorphic functions on local celestial sphere patches to differe…
Periodic Analogs of Multiple Black Holes Solutions
Omar E. Ortiz, Javier Peraza
In this article, we extend the numerical studies developed in [arXiv:2210.12898] to construct periodic stationary axisymmetric solutions containing multiple horizons in each fundam…
Boundary Actions and Loop Groups: A Geometric Picture of Gauge Symmetries at Null Infinity
Silvia Nagy, Javier Peraza, Giorgio Pizzolo
In previous work arXiv:2407.13556, we proposed an extended phase space structure at null infinity accommodating large gauge symmetries for sub-leading soft theorems in Yang-Mil…
Periodic Kerr solution as an infinite soliton chain
Dmitry Korotkin, Javier Peraza
We combine numerical analysis with the inverse scattering method to study the periodic analog of Kerr solution. The periodic analog of the Schwarzschild solution is known to be reg…
Static vacuum 3+1 black holes that cannot be put into stationary rotation
Javier Peraza, Martin Reiris
We prove that some of the static Myers/Korotkin-Nicolai (MKN) vacuum 3+1 static black holes cannot be put into stationary rotation. Namely, they cannot be deformed into axisymmetri…
Infinite-dimensional hierarchy of recursive extensions for all sub-leading soft effects in Yang-Mills
Silvia Nagy, Javier Peraza, Giorgio Pizzolo
Building on our proposal in arXiv:2405.06629, we present in detail the construction of the extended phase space for Yang-Mills at null infinity, containing the asymptotic symmetrie…
A General Hierarchy of Charges at Null Infinity via the Todd Polynomials
Silvia Nagy, Javier Peraza, Giorgio Pizzolo
We give a general procedure for constructing an extended phase space for Yang-Mills theory at null infinity, capable of handling the asymptotic symmetries and construction of charg…
Renormalized electric and magnetic charges for large gauge symmetries
Javier Peraza
In this work we present the construction of a renormalized symplectic form on an extended phases space where the higher order large gauge transformations act canonically. The expre…
Radiative phase space extensions at all orders in r for self-dual Yang-Mills and Gravity
Silvia Nagy, Javier Peraza
Working in the self-dual sector for Yang-Mills and gravity, we show how to construct an extended phase space at null infinity, to all orders in the radial expansion. This formalise…
Periodic analogues of the Kerr solutions: a numerical study
Javier Peraza, Martín Reiris, Omar E. Ortiz
In recent years black hole configurations with non standard topology or with non-standard asymptotic have gained considerable attention. In this article we carry out numerical inve…
Lie algebras of curves and loop-bundles on surfaces
Juan Alonso, Miguel Paternain, Javier Peraza +1
W. Goldman and V. Turaev defined a Lie bialgebra structure on the -module generated by free homotopy classes of loops of an oriented surface (i.e. the conjugacy classes…
Charge algebra for non-abelian large gauge symmetries at
Miguel Campiglia, Javier Peraza
Asymptotic symmetries of gauge theories are known to encode infrared properties of radiative fields. In the context of tree-level Yang-Mills theory, the leading soft behavior of gl…
Generalized BMS charge algebra
Miguel Campiglia, Javier Peraza
It has been argued that the symmetries of gravity at null infinity should include a Diff factor associated to diffeomorphisms on the celestial sphere. However, the standard…
On the classical and quantum Geroch group
Javier Peraza, Miguel Paternain, Michael Reisenberger
The Geroch group is an infinite dimensional transitive group of symmetries of classical cylindrically symmetric gravitational waves which acts by non-canonical transformations on t…
A complete classification of S1-symmetric static vacuum black holes
Martín Reiris, Javier Peraza
In a seminal paper of 1917, H. Weyl presented a remarkable reduction of the static axisymmetric vacuum Einstein equations, serving as a relatively straightforward technique to gene…