New Horizons for Fundamental Physics with LISA

preprint2022arXivOpen access
K. G. ArunEnis BelgacemRobert BenkelLaura BernardEmanuele BertiGianfranco BertoneMarc BesanconDiego BlasChristian G. BöhmerRichard BritoGianluca CalcagniAlejandro Cardenas-AvendañoKaty CloughMarco CrisostomiValerio De LucaDaniela DonevaStephanie EscoffierJose Maria EzquiagaPedro G. FerreiraPierre FleuryStefano FoffaGabriele FrancioliniNoemi FruscianteJuan García-BellidoCarlos HerdeiroThomas HertogTanja HindererPhilippe JetzerLucas LombriserElisa MaggioMichele MaggioreMichele MancarellaAndrea MaselliSourabh NampalliwarDavid NicholsMaria OkounkovaPaolo PaniVasileios PaschalidisAlvise RaccanelliLisa RandallSébastien Renaux-PetelAntonio RiottoMilton RuizAlexander SafferMairi SakellariadouIppocratis D. SaltasB. S. SathyaprakashLijing ShaoCarlos F. SopuertaThomas P. SotiriouNikolaos StergioulasNicola TamaniniFilippo VernizziHelvi WitekKinwah WuKent YagiStoytcho YazadjievNicolas YunesMiguel ZilhaoNiayesh AfshordiMarie-Christine AngoninVishal BaibhavEnrico BarausseTiago BarreiroNicola BartoloNicola BellomoIdo Ben-DayanEric A. BergshoeffSebastiano BernuzziDaniele BertaccaSwetha BhagwatBéatrice BongaLior M. BurkoGeoffrey CompereGiulia CusinAntonio da SilvaSaurya DasClaudia de RhamKyriakos DestounisEma DimastrogiovanniFrancisco DuqueRichard EastherHontas FarmerMatteo FasielloStanislav FisenkoKwinten FransenJörg FrauendienerJonathan GairLaszlo Arpad GergelyDavide GerosaLeonardo GualtieriWen-Biao HanAurelien HeesThomas HelferJörg HennigAlexander C. JenkinsEric KajfaszNemanja KaloperVladimir KarasBradley J. KavanaghSergei A. KlionerSavvas M. KoushiappasMacarena LagosChristophe Le Poncin-LafitteFrancisco S. N. LoboCharalampos MarkakisPrado Martin-MorunoC. J. A. P. MartinsSabino MatarreseDaniel R. MayersonJosé P. MimosoJohannes NollerNelson J. NunesRoberto OliveriGiorgio OrlandoGeorge PappasIgor PikovskiLuigi PiloJiri PodolskyGeraint PrattenTomislav ProkopecHong QiSaeed RastgooAngelo RicciardoneRocco RolloDiego Rubiera-GarciaOlga SergijenkoStuart ShapiroDeirdre ShoemakerAlessandro SpallicciOleksandr StashkoLeo C. SteinGianmassimo TasinatoAndrew J. TolleyElias C. VagenasStefan VandorenDaniele VernieriRodrigo VicenteToby WisemanValery I. ZhdanovMiguel Zumalacárregui

Abstract

The Laser Interferometer Space Antenna (LISA) has the potential to reveal wonders about the fundamental theory of nature at play in the extreme gravity regime, where the gravitational interaction is both strong and dynamical. In this white paper, the Fundamental Physics Working Group of the LISA Consortium summarizes the current topics in fundamental physics where LISA observations of GWs can be expected to provide key input. We provide the briefest of reviews to then delineate avenues for future research directions and to discuss connections between this working group, other working groups and the consortium work package teams. These connections must be developed for LISA to live up to its science potential in these areas.

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