Map of the cosmic microwave background

This research line focuses on the theoretical and phenomenological study of the Universe from its earliest stages to its present large-scale dynamics. It includes topics such as the Early Universe, large-scale structure formation, and the late-time accelerated expansion, together with the investigation of topological defects, inflation, dark energy, and dark matter scenarios motivated by particle physics. Particular emphasis is placed on the interplay between cosmology, particle physics, and gravitation, using a wide variety of theoretical methods and observational tests. Through these efforts, this research line seeks to advance our understanding of the origin, composition, and evolution of the Universe, while strengthening the links between fundamental physics and observable cosmological phenomena.

16 people in this line

NamePositionResearch lines
Artola, MikelPhD StudentCosmology, Gravitation
Blanco-Pillado, J.J.Ikerbasque Research ProfessorCosmology, High Energy Physics, Gravitation
Boiza, Carlos G.PhD StudentCosmology
Bouhmadi-Lopez, MariamIkerbasque Research Associate ProfessorCosmology, Gravitation
Broadhurst, TomIkerbasque Research ProfessorCosmology
Esteban, IvanAssistant ProfessorCosmology, High Energy Physics
Estonba, JulenPhD StudentCosmology
Lazkoz, RuthFull ProfessorCosmology, Gravitation
Lizarraga, JoanesAssociate ProfessorCosmology
Lopez Mediavilla, CarmeloPhD StudentCosmology
Lopez-Eiguren, AsierAssistant ProfessorCosmology
Morilla, PalomaPhD StudentCosmology
Ortega Del Rio, JavierPhD StudentCosmology
Sousa, KepaAssistant ProfessorCosmology, High Energy Physics, Gravitation
Urio, AnderPhD StudentCosmology
Urrestilla, JonFull ProfessorCosmology

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