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Instituto Galego de Física de Altas Enerxías

SA2_GRWA

Gravitational waves

Experiments

The first experimental detection of gravitational waves, obtained by the LIGO collaboration in 2015, is one of the great scientific milestones of the 21st century. These ripples in space-time are caused by some of the most violent cosmic phenomena, such as the mergers of black holes and neutron stars or supernova explosions. In this way, these events contribute to validate the theory of general relativity put forward by Einstein in 1915.

With the first María de Maeztu accreditation in 2017, the scientific management of the IGFAE identified gravitational waves as a great opportunity to open a new line of research. This commitment resulted in the creation of a team at the centre itself and the incorporation into the LIGO collaboration in 2018.
In these years, the Institute’s staff has already taken on relevant analysis tasks in this experiment. In addition, some detections of these events are opening the door to demonstrating the existence of cosmic objects beyond the Standard Model, as well as candidates for dark matter. With the opening of the new headquarters, the IGFAE also plans to dedicate one of its laboratories to the development of instrumentation for gravitational wave experiments.

Publications

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2025-03-15
Article

Article
2025-03-15
Reconstructing the LISA massive black hole binary population via iterative kernel density estimation

Phys. Rev. D111(2025), 111, (2025)

JCAP

Sadiq J., Dey K., Dent T., Barausse E.

All authors

Sadiq J., Dey K., Dent T., Barausse E.

2025-02-15
Article

Article
2025-02-15
Numerical-relativity surrogate model for hyperbolic encounters of black holes: Challenges in parameter estimation

Phys. Rev. D111(2025), 111, (2025)

JCAP

Fontbute J., Andrade T., Luna R., Bustillo J.C., Morras G., Jaraba S., Garcia-Bellido J., Lopez Izquierdo G.

All authors

Fontbute J., Andrade T., Luna R., Bustillo J.C., Morras G., Jaraba S., Garcia-Bellido J., Lopez Izquierdo G.

2025-01-24
Article

Article
2025-01-24
Testing Mirror Symmetry in the Universe with LIGO-Virgo Black-Hole Mergers

Phys. Rev. Lett. 134(2025), 134, (2025)

JCAP

Calderon Bustillo J., Del Rio A., Sanchis-Gual N., Chandra K., Leong S.H.W.

All authors

Calderon Bustillo J., Del Rio A., Sanchis-Gual N., Chandra K., Leong S.H.W.

2024-12-01
Article

Article
2024-12-01
Kicking Time Back in Black Hole Mergers: Ancestral Masses, Spins, Birth Recoils, and Hierarchical-formation Viability of GW190521

Astrophys. J. 977(2024), 977, (2024)

JCAP

Araujo-Alvarez C., Wong H.W.Y., Liu A., Calderon Bustillo J.

All authors

Araujo-Alvarez C., Wong H.W.Y., Liu A., Calderon Bustillo J.

2024-10-31
Article

Article
2024-10-31
How to spread optics in an interactive manner - LUZADA (USCOPTICA Student Chapter & Santiago YM Section): Our activities in 2023 & 2024

309, (2024)

JCAP

Doval A., Munoz-Ramos A., Santiago-Alonso A., Carnero B., Insua-Costa D., Feijoo-Piedrafita D.A., Romo-Diez I., Varela-Carballo J., Paz-Martin J., Fernandez-Rodicio S., Villa-Ortega V., Radziunas-Salinas Y., Flores-Arias M.T.

All authors

Doval A., Munoz-Ramos A., Santiago-Alonso A., Carnero B., Insua-Costa D., Feijoo-Piedrafita D.A., Romo-Diez I., Varela-Carballo J., Paz-Martin J., Fernandez-Rodicio S., Villa-Ortega V., Radziunas-Salinas Y., Flores-Arias M.T.

Projects

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2024-09-01
SA2_GRWA

SA2_GRWA
2024-PN029
Desarrollo de algoritmos de búsqueda y análisis detallado de ondas gravitacionalesprovenientes de fusiones de objectos compactos como agujeros negos, estrellasde neutrones u otros objetos exóticos predichos por teorías físicas más allá dela Relatividad General y del

Principal investigator

Juan Calderón Bustillo

Initial date

2024-09-01

Final date

2029-08-31

Agency

AEI - Agencia Estatal de Investigación