Cosmology with the Laser Interferometer Space Antenna

Pierre Auclair; David Bacon; Tessa Baker; Tiago Barreiro; Nicola; Bartolo; Enis Belgacem; Nicola Bellomo; Ido Ben-Dayan; Daniele Bertacca; Marc; Besancon; Jose J. Blanco-Pillado; Diego Blas; Guillaume Boileau; Gianluca; Calcagni; Robert Caldwell; Chiara Caprini; Carmelita Carbone; Chia-Feng; Chang; Hsin-Yu Chen; Nelson Christensen; Sebastien Clesse; Denis Comelli,; Giuseppe Congedo; Carlo Contaldi; Marco Crisostomi; Djuna Croon; Yanou Cui,; Giulia Cusin; Daniel Cutting; Charles Dalang; Valerio De Luca; Walter Del; Pozzo; Vincent Desjacques; Emanuela Dimastrogiovanni; Glauber C. Dorsch; Jose; Maria Ezquiaga; Matteo Fasiello; Daniel G. Figueroa; Raphael Flauger,; Gabriele Franciolini; Noemi Frusciante; Jacopo Fumagalli; Juan; Garcia-Bellido; Oliver Gould; Daniel Holz; Laura Iacconi; Rajeev Kumar Jain,; Alexander C. Jenkins; Ryusuke Jinno; Cristian Joana; Nikolaos Karnesis,; Thomas Konstandin; Kazuya Koyama; Jonathan Kozaczuk; Sachiko Kuroyanagi,; Danny Laghi; Marek Lewicki; Lucas Lombriser; Eric Madge; Michele Maggiore,; Ameek Malhotra; Michele Mancarella; Vuk Mandic; Alberto Mangiagli; Sabino; Matarrese; Anupam Mazumdar; Suvodip Mukherjee; Ilia Musco; Germano Nardini,; Jose Miguel No; Theodoros Papanikolaou; Marco Peloso; Mauro Pieroni; Luigi; Pilo; Alvise Raccanelli; S\'ebastien Renaux-Petel; Arianna I. Renzini; Angelo; Ricciardone; Antonio Riotto; Joseph D. Romano; Rocco Rollo; Alberto Roper; Pol; Ester Ruiz Morales; Mairi Sakellariadou; Ippocratis D. Saltas; Marco; Scalisi; Kai Schmitz; Pedro Schwaller; Olga Sergijenko; Geraldine Servant,; Peera Simakachorn; Lorenzo Sorbo; Lara Sousa; Lorenzo Speri; Dani\`ele A.; Steer; Nicola Tamanini; Gianmassimo Tasinato; Jesus Torrado; Caner Unal,; Vincent Vennin; Daniele Vernieri; Filippo Vernizzi; Marta Volonteri; Jeremy; M. Wachter; David Wands; Lukas T. Witkowski; Miguel Zumalac\'arregui; James; Annis; F\"eanor Reuben Ares; Pedro P. Avelino; Anastasios Avgoustidis; Enrico; Barausse; Alexander Bonilla; Camille Bonvin; Pasquale Bosso; Matteo; Calabrese; Mesut \c{C}al{\i}\c{s}kan; Jose A. R. Cembranos; Mikael Chala,; David Chernoff; Katy Clough; Alexander Criswell; Saurya Das; Antonio da; Silva; Pratika Dayal; Valerie Domcke; Ruth Durrer; Richard Easther; Stephanie; Escoffier; Sandrine Ferrans; Chris Fryer; Jonathan Gair; Chris Gordon; Martin; Hendry; Mark Hindmarsh; Deanna C. Hooper; Eric Kajfasz; Joachim Kopp; Savvas; M. Koushiappas; Utkarsh Kumar; Martin Kunz; Macarena Lagos; Marc Lilley,; Joanes Lizarraga; Francisco S.N. Lobo; Azadeh Maleknejad; C.J.A.P. Martins,; P. Daniel Meerburg; Renate Meyer; Jos\'e Pedro Mimoso; Savvas Nesseris,; Nelson Nunes; Vasilis Oikonomou; Giorgio Orlando; Ogan \"Ozsoy; Fabio; Pacucci; Antonella Palmese; Antoine Petiteau; Lucas Pinol; Simon Portegies; Zwart; Geraint Pratten; Tomislav Prokopec; John Quenby; Saeed Rastgoo,; Diederik Roest; Kari Rummukainen; Carlo Schimd; Aurelia Secroun; Carlos F.; Sopuerta; Ismael Tereno; Andrew Tolley; Jon Urrestilla; Elias C. Vagenas,; Jorinde van de Vis; Rien van de Weygaert; Barry Wardell; David J. Weir,; Graham White; Bogumila \'Swie\.zewska; Valery I. Zhdanov

arXiv:2204.05434·astro-ph.CO·January 29, 2025

Cosmology with the Laser Interferometer Space Antenna

Pierre Auclair, David Bacon, Tessa Baker, Tiago Barreiro, Nicola, Bartolo, Enis Belgacem, Nicola Bellomo, Ido Ben-Dayan, Daniele Bertacca, Marc, Besancon, Jose J. Blanco-Pillado, Diego Blas, Guillaume Boileau, Gianluca, Calcagni, Robert Caldwell, Chiara Caprini

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TL;DR

LISA aims to advance cosmology by measuring universe expansion and gravitational-wave backgrounds, offering new insights into early universe physics through gravitational wave observations.

Contribution

This paper reviews the current state of LISA cosmology, theory, and methods, highlighting new opportunities for using gravitational waves to explore the universe.

Findings

01

LISA can probe the universe's expansion history.

02

Gravitational-wave backgrounds reveal early universe physics.

03

New methods expand LISA's cosmological applications.

Abstract

The Laser Interferometer Space Antenna (LISA) has two scientific objectives of cosmological focus: to probe the expansion rate of the universe, and to understand stochastic gravitational-wave backgrounds and their implications for early universe and particle physics, from the MeV to the Planck scale. However, the range of potential cosmological applications of gravitational wave observations extends well beyond these two objectives. This publication presents a summary of the state of the art in LISA cosmology, theory and methods, and identifies new opportunities to use gravitational wave observations by LISA to probe the universe.

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Code & Models

Repositories

enisbelgacem/montepython_public
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