LSST Science Book, Version 2.0

preprint2009arXivOpen access
LSST Science CollaborationPaul A. AbellJulius AllisonScott F. AndersonJohn R. AndrewJ. Roger P. AngelLee ArmusDavid ArnettS. J. AsztalosTim S. AxelrodStephen BaileyD. R. BallantyneJustin R. BankertWayne A. BarkhouseJeffrey D. BarrL. Felipe BarrientosAaron J. BarthJames G. BartlettAndrew C. BeckerJacek BeclaTimothy C. BeersJoseph P. BernsteinRahul BiswasMichael R. BlantonJoshua S. BloomJohn J. BochanskiPat BoeshaarKirk D. BorneMarusa BradacW. N. BrandtCarrie R. BridgeMichael E. BrownRobert J. BrunnerJames S. BullockAdam J. BurgasserJames H. BurgeDavid L. BurkePhillip A. CargileSrinivasan ChandrasekharanGeorge ChartasSteven R. ChesleyYou-Hua ChuDavid CinabroMark W. ClaireCharles F. ClaverDouglas CloweA. J. ConnollyKem H. CookJeff CookeAsantha CoorayKevin R. CoveyChristopher S. CullitonRoelof de JongWillem H. de VriesVictor P. DebattistaFrancisco DelgadoIan P. Dell'AntonioSaurav DhitalRosanne Di StefanoMark DickinsonBenjamin DildayS. G. DjorgovskiGregory DoblerCiro DonalekGregory Dubois-FelsmannJosef DurechArdis EliasdottirMichael EracleousLaurent EyerEmilio E. FalcoXiaohui FanChristopher D. FassnachtHarry C. FergusonYanga R. FernandezBrian D. FieldsDouglas FinkbeinerEduardo E. FigueroaDerek B. FoxHarold FranckeJames S. FrankJosh FriemanSebastien FromenteauMuhammad FurqanGaspar GalazA. Gal-YamPeter GarnavichEric GawiserJohn GearyPerry GeeRobert R. GibsonKirk GilmoreEmily A. GraceRichard F. GreenWilliam J. GresslerCarl J. GrillmairSalman HabibJ. S. HaggertyMario HamuyAlan W. HarrisSuzanne L. HawleyAlan F. HeavensLeslie HebbTodd J. HenryEdward HilemanEric J. HiltonKeri HoadleyJ. B. HolbergMatt J. HolmanSteve B. HowellLeopoldo InfanteZeljko IvezicSuzanne H. JacobyBhuvnesh JainRJedickeM. James JeeJ. Garrett JerniganSaurabh W. JhaKathryn V. JohnstonR. Lynne JonesMario JuricMikko KaasalainenStylianiKafkaSteven M. KahnNathan A. KaibJason KaliraiJeff KantorMansi M. KasliwalCharles R. KeetonRichard KesslerZoran KnezevicAdam KowalskiVictor L. KrabbendamK. Simon KrughoffShrinivas KulkarniStephen KuhlmanMark LacySebastien LepineMing LiangAmy LienPaulina LiraKnox S. LongSuzanne LorenzJennifer M. LotzR. H. LuptonJulie LutzLucas M. MacriAshish A. MahabalRachel MandelbaumPhil MarshallMorgan MayPeregrine M. McGeheeBrian T. MeadowsAlan MeertAndrea MilaniChristopher J. MillerMichelle MillerDavid MillsDante MinnitiDavid MonetAnjum S. MukadamEhud NakarDouglas R. NeillJeffrey A. NewmanSergei NikolaevMartin NordbyPaul O'ConnorMasamune OguriJohn OliverScot S. OlivierJulia K. OlsenKnut OlsenEdward W. OlszewskiHakeem OluseyiNelson D. PadillaAlex ParkerJoshua PepperJohn R. PetersonCatherine PetryPhilip A. PintoJames L. PizagnoBogdan PopescuAndrej PrsaVeljko RadckaM. Jordan RaddickAndrew RasmussenArne RauJeonghee RhoJames E. RhoadsGordon T. RichardsStephen T. RidgwayBrant E. RobertsonRok RoskarAbhijit SahaAta SarajediniEvan ScannapiecoTerry SchalkRafe SchindlerSamuel SchmidtSarah SchmidtDonald P. SchneiderGerman SchumacherRyan ScrantonJacques SebagLynn G. SeppalaOhad ShemmerJoshua D. SimonM. SivertzHoward A. SmithJ. Allyn SmithNathan SmithAnna H. SpitzAdam StanfordKeivan G. StassunJay StraderMichael A. StraussChristopher W. StubbsDonald W. SweeneyAlex SzalayPaula SzkodyMasahiro TakadaPaul ThormanDavid E. TrillingVirginia TrimbleAnthony TysonRichard Van BergDaniel Vanden BerkJake VanderPlasLicia VerdeBojan VrsnakLucianne M. WalkowiczBenjamin D. WandeltSheng WangYun WangMichael WarnerRisa H. WechslerAndrew A. WestOliver WiechaBenjamin F. WilliamsBeth WillmanDavid WittmanSidney C. WolffW. Michael Wood-VaseyPrzemek WozniakPatrick YoungAndrew ZentnerHu Zhan

Abstract

A survey that can cover the sky in optical bands over wide fields to faint magnitudes with a fast cadence will enable many of the exciting science opportunities of the next decade. The Large Synoptic Survey Telescope (LSST) will have an effective aperture of 6.7 meters and an imaging camera with field of view of 9.6 deg^2, and will be devoted to a ten-year imaging survey over 20,000 deg^2 south of +15 deg. Each pointing will be imaged 2000 times with fifteen second exposures in six broad bands from 0.35 to 1.1 microns, to a total point-source depth of r~27.5. The LSST Science Book describes the basic parameters of the LSST hardware, software, and observing plans. The book discusses educational and outreach opportunities, then goes on to describe a broad range of science that LSST will revolutionize: mapping the inner and outer Solar System, stellar populations in the Milky Way and nearby galaxies, the structure of the Milky Way disk and halo and other objects in the Local Volume, transient and variable objects both at low and high redshift, and the properties of normal and active galaxies at low and high redshift. It then turns to far-field cosmological topics, exploring properties of supernovae to z~1, strong and weak lensing, the large-scale distribution of galaxies and baryon oscillations, and how these different probes may be combined to constrain cosmological models and the physics of dark energy.

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