Full Name: Jorge Filipe Mónico Delgado
Position: Junior Research Fellow (2022-23)
Degree: Ph.D in Physics, Aveiro University, 2022
Research area: Strong gravity; Black holes; Mathematical Physics
Office: 11.2.4, Mathematics Department, Aveiro University
Phone: +351 917 376 380
Email: jorgedelgado@ua.pt
Position: Long term research fellow - CEEC Junior research position (6 years)
Research Area: Strong Gravity
Office: 11.3.45, Dep. Mathematics, University of Aveiro
Full Name: Alexandre M. Pombo
Position: PostDoc at CEICO
Degree: PhD in Physics
Email: pomboalexandremira@ua.pt
ORCID: 0000-0002-5815-2758
Carolina Benone successfully defended her PhD thesis "Scalar fields in black hole spacetimes and analogues". The exam took place in U. Federal do Pará, in Belém, Brazil, on July 14th 2017. The thesis was supervised by Luis Crispino (UFPa) and Gr@v member C. Herdeiro. Congratulations Carolina!
Group members P. Cunha and C. Herdeiro were two of the participants in the "Strong Gravity Universe" workshop, in S. Miguel island, Azores. This meeting was co-sponsored by the GWVerse COST action and StronGrHEP RISE network.
"90 seconds of Ciencia" is a daily programme of the National Public Radio, Antena 1. Hear in this link the contribution of Gr@v researchers to this excellent show that makes accessible to a larger audience the research made in Portugal, across all fields of knowledge.
Here, the numerical data described in Fig. 4 of the paper "Kerr black holes with synchronised hair: an analytic model and dynamical formation", arXiv:1706.06597, together with an explanatory pdf file and two Mathematica notebooks, is made available for public use.
The data consists of four solutions of Kerr black holes with scalar hair and six solutions of Kerr black holes with Proca hair. These families of solutions were first presented in the papers:
Abstract: We study wormhole solutions obtained via applying dualities and complexifications to the vacuum Weyl metrics generated by massive rods and by point masses. The most interesting finding are wormholes with locally flat geometry supported by rings of negative energy.
