Meet our collaborators
Meet our collaborators
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For many years we have worked in collaboration with the group lead by Guillermo A. Mena Marugán in topics related to Quantum Gravity and Loop Quantum Cosmology.
We have maintained regular collaborations with members of the Effective Theories in Modern Physics Group.
Along with Eduardo Martín-Martínez and his group, we share a common interest regarding Relativistic Quantum Information.
We work in collaboration with Ana Alonso Serrano, at the Institute of Physics of Humboldt University (Berlin), and long-term visitor at AEI Potsdam, in topics related to Quantum Gravity and Cosmology.
We work in close collaboration with Rita Neves and Steffen Gielen, both in Quantum Gravity Foundations and Phenomenology.
Along with Valentin Boyanov, we explore aspects of Black Holes, compact objects in semiclassical gravity.
This institute is located in Trieste (Italy). We closely collaborate with Julio Arrechea. Our main collaboration topics are Black Holes, QFT and exotic compact objects.
We share a fruitful collaboration with Stefano Liberati at SISSA, also based in Trieste. Our common interests regard Black Holes, QFT in Curved Spacetimes and Analogue Gravity.
Matt Visser is our main collaborator from the University of Wellington, New Zealand. We share interests regarding Analogue Gravity and Black Hole physics.
Raúl Carballo Rubio is our main collaborator from the University of Southern Denmark. We share many interests on the fundamental nature of gravity and its quantization.
We collaborate with Iñaki Garay in the study of the spinorial formalism of LQG and its application to truncated models , and with Alberto Garcia Martín-Caro on general aspects of QFT in curved spacetime.
Louisiana State University (LSU, Baton Rouge)
Louisiana State University (LSU, Baton Rouge)
We collaborate with Ivan Agulló in the study of quantum fields in curved spacetimes and analogue gravity, focusing on entanglement in pair creation phenomena and vacuum states in QFT.
Laboratoire Kastler Brossel - Sorbonne Université (LKB,Paris)
Laboratoire Kastler Brossel - Sorbonne Université (LKB,Paris)
In collaboration with the Quantum Optics group at LKB, we are developing theoretical models for polariton experiments aimed at testing entanglement in relativistic analogues.
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