Monnier, JohnJohnMonnierRau, GioiaGioiaRauBermudez, Joel SanchezJoel SanchezBermudezRagland, SamSamRaglandAkeson, RachelRachelAkesonDuchene, GaspardGaspardDuchenevan Belle, GerardGerardvan BelleNorris, RyanRyanNorrisGordon, KathrynKathrynGordonDefrère, DenisDenisDefrèreKluska, JacquesJacquesKluskaRidgway, StephenStephenRidgwayLe Bouquin, Jean-BaptisteJean-BaptisteLe BouquinAnugu, NarsireddyNarsireddyAnuguScott, NicholasNicholasScottKane, StephenStephenKaneRichardson, Noel D.Noel D.RichardsonRegaly, ZsoltZsoltRegalyZhu, ZhaohuanZhaohuanZhuVasisht, GautamGautamVasishtStassun, Keivan G.Keivan G.StassunAndrews, SeanSeanAndrewsLacour, SylvestreSylvestreLacourWeigelt, GerdGerdWeigeltTurner, NealNealTurnerAdams, Fred C.Fred C.AdamsGies, DouglasDouglasGiesCalvet, NuriaNuriaCalvetEspaillat, CatherineCatherineEspaillatMillan-Gabet, RafaelRafaelMillan-GabetGardner, TylerTylerGardnerPackham, ChrisChrisPackhamGAI, MarioMarioGAIKral, QuentinQuentinKralBerger, Jean-PhilippeJean-PhilippeBergerLinz, HendrikHendrikLinzKlarmann, LuciaLuciaKlarmannBate, MatthewMatthewBateBae, JaehanJaehanBaeLopez, Rebeca GarciaRebeca GarciaLopezGARUFI, ANTONIOANTONIOGARUFIBaron, FabienFabienBaronKama, MihkelMihkelKamaWilner, DavidDavidWilnerHartmann, LeeLeeHartmannKishimoto, MakotoMakotoKishimotoOlofsson, JohanJohanOlofssonMcClure, MelissaMelissaMcClureHaniff, ChrisChrisHaniffHoenig, SebastianSebastianHoenigLine, MichaelMichaelLinePetrov, Romain G.Romain G.PetrovSmith, MichaelMichaelSmithten Brummelaar, TheoTheoten BrummelaarDe Furio, MatthewMatthewDe FurioKoutoulaki, MariaMariaKoutoulakiRinehart, StephenStephenRinehartLeisawitz, DavidDavidLeisawitzDanchi, WilliamWilliamDanchiHuber, DanielDanielHuberZhang, KeKeZhangPope, BenjaminBenjaminPopeIreland, MichaelMichaelIrelandKraus, StefanStefanKrausIsella, AndreaAndreaIsellaSetterholm, BenjaminBenjaminSetterholmWhite, RusselRusselWhite2020-12-182020-12-1820192330-9458http://hdl.handle.net/20.500.12386/29007In this white paper, we explore how higher angular resolution beyond ALMA and 8m-class telescopes can extend our understanding of the key stages of planet formation, to resolve accreting circumplanetary disks themselves, and to watch planets forming in situ for the nearest star-forming regions.ELETTRONICOenImaging the Key Stages of Planet FormationArticlehttps://baas.aas.org/pub/2020n3i498/release/12019BAAS...51c.498MFIS/05 - ASTRONOMIA E ASTROFISICA