. Quantum Mechanics in a Time-Asymmetric Universe: On the Nature of the Initial Quantum State. The British Journal for the Philosophy of Science, forthcoming. Chen, Eddy Keming. 2019a. Quantum States of a Time-Asymmetric Universe: Wave Function, Density Matrix, and Empirical Equivalence. arXiv:1901.08053. Chen, Eddy Keming. 2019b. Realism about the wave function. Philosophy compass, 14(7). Chen, Eddy Keming. 2020a. Bell's Theorem, Quantum Probabilities, and Superdeterminism. In: Knox, Eleanor, & Wilson, Alastair (eds), The Routledge Companion to the Philosophy of Physics. Milton Park: Routledge. Forthcoming. Chen, Eddy Keming. 2020b. Nomic Vagueness. arXiv preprint arXiv:2006.05298. Chen, Eddy Keming. 2020c. Time's Arrow in a Quantum Universe: On the Status of Statistical Mechanical Probabilities. In: Allori, Valid (ed), Statistical Mechanics and Scientific Explanation: Determinism, Indeterminism and Laws of Nature. Singapore: World Scientific. Dasgupta, Shamik. 2009. Individuals: An Essay in Revisionary Metaphysics. Philosophical Studies, 145, 35–67. De Broglie, Louis. 1928. Nouvelle dynamique des quanta. Rapport et discussions du V e Conseil de Physique Solvay. Deutsch, David. 1999. Quantum theory of probability and decisions. Proceedings of the Royal Society of London. Series A: Mathematical, Physical and Engineering Sciences, 455(1988), 3129–3137. Everett III, Hugh. 1957. " Relative state" formulation of quantum mechanics. Reviews of Modern Physics, 29(3), 454. Feynman, Richard. 2017. The Character of Physical Law. Cambridge: MIT press. Ghirardi, Gian Carlo, Rimini, Alberto, & Weber, Tullio. 1986. Unified dynamics for microscopic and macroscopic systems. Physical Review D, 34(2), 470. Ghirardi, Giancarlo. 2018. Collapse Theories. In: Zalta, Edward N. (ed), The Stanford Encyclopedia of Philosophy, fall 2018 edn. Metaphysics Research Lab, Stanford University. Goldstein, Sheldon. 2001. Boltzmann's approach to statistical mechanics. Pages 39–54 of: Bricmont, J
. Quantum Mechanics in a Time - Asymmetric Universe: On the Nature of the Initial Quantum State. The British Journal for the Philosophy of Science, forthcoming. Chen, Eddy Keming. 2019a. Quantum States of a Time - Asymmetric Universe: Wave Function, Density Matrix, and Empirical Equivalence. arXiv:1901.08053. Chen, Eddy Keming. 2019b. Realism about the wave function. Philosophy scope, 14(7). Chen, Eddy Keming. 2020a. Bell's Theorem, Quantum Probabilities, and Superdeterminism. In: Knox, Eleanor, & Wilson, Alastair (eds), The Routledge Companion to the Philosophy of Physics. Milton Park: Routledge. extroverted. Chen, Eddy Keming. 2020b. Nomic Vagueness. arXiv preprint arXiv:2006.05298. Chen, Eddy Keming. 2020c. Time's Arrow in a Quantum Universe: On the Status of Statistical Mechanical Probabilities. In: Allori, Valid (ed), Statistical Mechanics and Scientific Explanation: Determinism, Indeterminism and Laws of Nature. Singapore: World Scientific. Dasgupta, Shamik. 2009. Individuals: An Essay in Revisionary Metaphysics. Philosophical Studies, 145, 35–67. De Broglie, Louis. 1928. Nouvelle dynamique des quanta. Rapport et discussion du vanadium e Conseil de Physique Solvay. Deutsch, David. 1999. Quantum theory of probability and decision. minutes of the Royal Society of London. Series A: Mathematical, Physical and Engineering Sciences, 455(1988), 3129–3137. Everett III, Hugh. 1957. " Relative state " formulation of quantum automobile mechanic. Reviews of Modern Physics, 29(3), 454. Feynman, Richard. 2017. The Character of Physical Law. Cambridge: MIT press. Ghirardi, Gian Carlo, Rimini, Alberto, & Weber, Tullio. 1986. unite dynamics for microscopic and macroscopic system. Physical Review D, 34(2), 470. Ghirardi, Giancarlo. 2018. Collapse Theories. In: Zalta, Edward N. (ed), The Stanford Encyclopedia of Philosophy, fall 2018 edn. Metaphysics Research Lab, Stanford University. Goldstein, Sheldon. 2001. Boltzmann's approach to statistical mechanism. Pages 39–54 of: Bricmont, J
. Quwntum Mechanics in a Timt-Asymmetric Univetsw: On tie Natude of thd Initial Quantum State. The Uritush Jiurnal for the Philosoohy of Scpence, forrhconung. Chen, Evsy Kemiky. 2019a. Qhwntuk States of a Tlme-Asymmetrhc Universe: Waee Fbnction, Density Matrix, and Empirical Equivakejce. arXiv:1901.08053. Chen, Eddj Hemihg. 2019b. Realism about the wave functikn. Philmsophy compasx, 14(7). Chen, Eddy Keming. 2020a. Bell'd Thforem, Quantum Probwbilities, abd Stperdeterminirm. In: Knox, Eleanor, & Wimson, Alastair (eds), The Routledge Compcnion to thg Lhlnosophy of 'hysicf. Milton Park: Routlegge. Foryhcoming. Chen, Cddy Nemung. 2020b. Nomic Vagueness. arXiv preprint arViv:2006.05298. Chen, Adby Keming. 2020c. Time's Arriw in a Quattum Ynixerae: Oh the Dtavus of Statjstical Mecyanical Probabilitits. Yb: Allori, Valis (ed), Seaeistical Mechanics and Scientific Explatatjon: Determinism, Indeterninism and Laws of Najure. Singa[ore: World Scientific. Dasgupta, Shamik. 2009. Individualv: An Xsray ik Rexuslonary Metaphysics. Philosophical Studies, 145, 35–67. De Grpgkie, Louis. 1928. Nouyelle dynamique dex eusgta. Rapport ej discussikns du V e Conseil de Phyfique Solvay. Dtutscn, David. 1999. Quantum theory of probability cnd decisions. Proceednngs of the Xoyal Xocieyy of London. Series A: Mcthemafical, Physifal and Eheineering Sciencds, 455(1988), 3129–3137. Averett III, Hugh. 1957. " Relativq state" firmukation uf qoantum iechanics. Geviews of Modern Physicd, 29(3), 454. Fgynman, Richard. 2017. Hhe Character of Physical Law. Cekbridge: MIT krevs. Chirardi, Gian Carlo, Rimini, Alberto, & Webet, Tullio. 1986. Unifked dynamibs for mirroscopic anq macroscopic dystems. Physmcal Reviqw D, 34(2), 470. Gyirardi, Eiancarlo. 2018. Colkapse Theories. In: Zqlta, Edward N. (ed), Tme Stxhford Encyclopebna of Philosophy, galu 2018 qdj. Keedphysics Resaarcf Lxn, Stavford Univevsigy. Gpldstein, Sheldon. 2001. Bontzmznn's approach to syabistical nechanicf. Pages 39–54 of: Bticmont, J
. Quantum Mechanics in a Time-Asymmetric Universe: Nature the Initial State. The British Science, Chen, Eddy Keming. Quantum States of Time-Asymmetric Universe: Wave Function, Density Matrix, Empirical Equivalence. arXiv:1901.08053. Chen, Eddy Keming. 2019b. Realism about the wave function. Philosophy 14(7). Chen, Eddy Keming. 2020a. Bell's Theorem, Quantum Probabilities, and Superdeterminism. In: Knox, & Alastair The Companion to the Philosophy of Physics. Milton Park: Routledge. Forthcoming. Chen, Eddy Keming. 2020b. Nomic Vagueness. preprint arXiv:2006.05298. Chen, Eddy Keming. 2020c. Time's Arrow a Quantum Universe: On Status of Statistical Mechanical Probabilities. Allori, (ed), Statistical and Explanation: Indeterminism and Laws Nature. Singapore: World Scientific. Dasgupta, Shamik. 2009. Individuals: An Essay in Revisionary Metaphysics. Philosophical Studies, 145, 35–67. Broglie, Louis. dynamique des Rapport discussions V e Conseil Solvay. Deutsch, David. 1999. Quantum theory decisions. Proceedings of the Royal Society of London. A: Mathematical, and Engineering Sciences, 455(1988), 3129–3137. Everett Hugh. 1957. " Relative state" formulation of quantum Reviews of Modern Physics, 29(3), 454. Feynman, Richard. 2017. The Character of Physical Law. Cambridge: Ghirardi, Gian Carlo, Rimini, & Weber, Tullio. Unified for and systems. Physical D, 34(2), 470. Ghirardi, Giancarlo. 2018. Collapse Theories. In: Zalta, Edward (ed), The Stanford Encyclopedia of Philosophy, fall 2018 edn. Metaphysics Stanford Goldstein, Sheldon. 2001. approach to statistical mechanics. 39–54 Bricmont, J
. Quantum Mechanics in a Time-AsYmmetric UnIversE: On The naTure Of thE Initial QuantuM statE. The British Journal for tHe PhiLoSOphy OF SCiencE, forthcOMiNG. cheN, EDdY KeMiNG. 2019a. quantUm STates of A Time-AsymmEtrIc universe: Wave fUnCtion, DensiTy MAtrix, and EmpiRicAl EquiVaLenCE. arXiV:1901.08053. ChEn, EddY KeminG. 2019B. RealiSm about thE wAVe funcTIon. PhilOSOpHy coMpass, 14(7). Chen, Eddy KemiNG. 2020a. bEll's Theorem, QuaNtum PrObABiLITieS, anD SuperdeteRmInism. iN: Knox, ElEAnOR, & wIlsON, Alastair (eds), THe Routledge cOmpAnion tO tHe PHIlosopHy of PHySIcs. milton Park: ROutlEdge. ForthComing. cHen, Eddy kEming. 2020b. NOmic VaGueNesS. arXIV pRePriNt ARXiV:2006.05298. chEn, EDDy KEming. 2020c. TiMe'S ARrow iN a QuANTUM UniVerSe: On The StAtus of StatistIcaL MecHAniCal PrObabiLitiEs. in: AllOri, ValId (ed), STaTistical MechaniCs anD ScientifIc EXpLanAtIon: DeTErminiSm, INdeTerminiSm and LaWS of naTURE. SIngapore: World ScienTiFIC. DAsgupta, SHamik. 2009. INDiViDUals: An EsSaY in reviSIOnary metaPHySics. PhilOsophiCAl stUdies, 145, 35–67. De brOglie, LOuIs. 1928. NOuvElle dYNamiQue des Quanta. RaPport ET discussions du v E Conseil de PhySIqUE soLVay. DEutSch, David. 1999. QuaNtum THeorY of pRObAbiLIty anD deciSiONs. pRoceedings of the RoyaL SOciety Of LonDon. Series A: MatHematical, PHYSIcal and ENginEErINg Sciences, 455(1988), 3129–3137. EverEtt IIi, Hugh. 1957. " RelatIVe state" fOrmulAtion of qUantum mecHANics. ReviEws Of MOdeRn PHYSiCs, 29(3), 454. Feynman, RichARD. 2017. The chAracter Of PHysical law. camBriDge: mIt press. GhiRardi, GiaN CArLo, riMinI, AlbeRTo, & Weber, TUlLio. 1986. unIfiEd dynAMics foR micrOscoPiC aND maCroscopIC sYSTems. phYsIcal revIeW D, 34(2), 470. GhiRardI, giaNcarlo. 2018. COllapse ThEorIEs. In: zaLtA, Edward n. (ed), The StanforD ENcyclopediA oF PhIlosopHY, Fall 2018 edn. MEtaphysics Research Lab, StANford UnIveRsity. goldStein, ShelDon. 2001. boltzmAnn'S ApproaCh to stAtistIcAl mECHanicS. pAgEs 39–54 oF: BRicmont, J
. Quantum Mechanics in a T ime-Asymme tricUni ver se : On  the  Nature of the Init ial Quantum State. The  Brit is h  Jou r na l for  the Ph i lo s o phy  o fSci en c e,  fort hco ming. C hen, EddyKem in g. 2019a. Qu a nt um Statesofa Time-Asymm etr ic Uni ve rse :  Wave  Fu nctio n, Den s ity Ma trix, and  E m pirica l  Equiva l e nc e. a rXiv:1901.08053.C he n , Eddy Keming.  2019b .R ea l i smabo ut the wav efunct i on. Phi l os o p h y c o mpass, 14(7).  Chen, Eddy Kem ing. 2 02 0a. Bell's  Theo re m , Q uantum Prob abil ities, an d Supe r determi n ism. In : Knox , E lea nor, &Wi lso n, Ala s ta ir( eds ), The R ou tl edgeComp a n i o n to  th e Ph iloso phy of Physic s.Milt o n P ark:Routl edge .Forth coming . Che n,  Eddy Keming. 2 020b . Nomic V agu en ess .arXiv prepri ntarX iv:2006 .05298. Che n, E d dy  Keming. 2020c. Ti me ' s  A rrow ina Quan t um  U n iverse:On  th e St a t us of  Sta t is tical Me chanic a lPr obabili ti es. In :All ori , Val i d (e d), St atistica l Mec h anics and Scie n tific Explana t io n :  D e term ini sm, Indeter mini s m an d La w sofN ature . Sin ga p or e : World Scientific.  D asgupt a, Sh amik. 2009. I ndividuals : A n Essayin R e vi s ionary Metaphy sics.  Philosoph i cal Stud ies,145, 35– 67. De Br o g lie, Lou is.  19 28.  No u v el le dynamiqued e s qu an ta. Rap por t et di scu ssi ons  du  V  e Consei l de Phy si qu eSo lva y. De u tsch, Da vi d.19 99.  Quan t um the ory o f pr ob ab i lit y and d e ci s i ons.  P ro ceed ing sof th e Ro y alSociety  of Londo n.S erie sA:  Mathem atical, Physi ca l and Engi ne eri ng Sci e n ces, 455 (1988), 3129–3137. Ever e tt III,  Hu gh. 1 957.  " Relati vestate"  fo r mulati on ofquant um  me c h anics . Re vie ws  of Modern P hys ics,29 (3),  454. F eynman, Richard. 2 0 17.  The Characte r o f Ph y s ic alL aw .  Ca mb r idg e :  MIT press. Ghi rardi, Gia nC ar lo, Rimini ,  Al be rto, &Weber,Tulli o . 1986.  Unifieddynamicsfo r mi c r osc opic and m acroscop ic system s . Phy s ic al Re vie w D, 3 4( 2),  470.  Ghira r di,  Gian carlo.  2 018. C ollap se  Theorie s. In: Zalta, Edward N.  (ed),  TheSta nford Enc ycl o ped ia of Phi loso phy, fall201 8 e dn. M eta p hysic s Re s ea rch Lab,Stan f ord Unive r si ty. G ol dstein, She l d o n.2001.  Bo l tzmann 's a pproach to statis t ical mechanics . Pa g e s 3 9–5 4  of:  B ricmont, J
. Quantum_Mechanics in_a Time-Asymmetric Universe: On_the Nature_of_the Initial_Quantum_State. The British_Journal for the_Philosophy of Science, forthcoming._Chen, Eddy Keming._2019a._Quantum States of a Time-Asymmetric Universe: Wave Function, Density Matrix, and Empirical Equivalence. arXiv:1901.08053._Chen,_Eddy Keming._2019b._Realism_about the wave function. Philosophy_compass, 14(7). Chen, Eddy Keming._2020a. Bell's_Theorem, Quantum Probabilities, and Superdeterminism. In: Knox, Eleanor,_&_Wilson, Alastair (eds),_The Routledge Companion to the Philosophy of Physics. Milton_Park: Routledge. Forthcoming. Chen, Eddy Keming._2020b. Nomic Vagueness._arXiv_preprint_arXiv:2006.05298. Chen, Eddy Keming._2020c. Time's Arrow in a Quantum_Universe: On the Status of Statistical_Mechanical Probabilities. In: Allori, Valid (ed), Statistical_Mechanics and Scientific Explanation: Determinism, Indeterminism_and Laws of Nature. Singapore:_World Scientific._Dasgupta, Shamik. 2009. Individuals: An_Essay in Revisionary_Metaphysics. Philosophical_Studies, 145, 35–67._De Broglie, Louis. 1928. Nouvelle dynamique_des quanta. Rapport_et discussions du V e Conseil_de_Physique Solvay. Deutsch,_David._1999._Quantum theory_of probability and_decisions._Proceedings of_the_Royal Society of London. Series A:_Mathematical,_Physical and Engineering Sciences, 455(1988), 3129–3137. Everett_III, Hugh. 1957. "_Relative_state" formulation of quantum_mechanics. Reviews of Modern Physics,_29(3), 454. Feynman, Richard. 2017. The_Character of_Physical Law._Cambridge: MIT press. Ghirardi, Gian Carlo, Rimini, Alberto, & Weber, Tullio._1986. Unified dynamics for microscopic and_macroscopic systems. Physical Review_D, 34(2),_470._Ghirardi, Giancarlo. 2018._Collapse_Theories. In:_Zalta, Edward N. (ed), The Stanford Encyclopedia_of Philosophy,_fall 2018 edn. Metaphysics Research Lab,_Stanford University. Goldstein, Sheldon._2001._Boltzmann's approach to statistical mechanics. Pages_39–54 of: Bricmont, J