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  2. Applied probability, Lent 2024. ss2871@cam.ac.uk Example Sheet 1 1.…

    https://www.dpmms.cam.ac.uk/study/II/AppliedProbability/2023-2024/ex1.pdf
    25 Jan 2024: random variables, independent of N. Show that if g(s,x) is a function and Tj are thejump times of N then. ... E[exp{θNtj=1. g(Tj,Xj)}] = exp{λ t0. (E(eθg(s,X)) 1)ds}. This is called Campbell’s theorem.(b) Cars arrive at the beginning of a long
  3. Non-linear stability of black holes: a mathematical overview

    https://www.dpmms.cam.ac.uk/~rbdt2/NAGR/NAGR_04_Giorgi.pdf
    9 Nov 2023: closed: if tj B with tj tfin then tfin B. Relies on higher orderCk estimates for all the quantities and Arzela-Ascoli theorem to showconvergence. ... the gauge assumptions need to be constructed for the extendedspacetime. closed: if tj B with tj tfin
  4. Part II Logic and Set Theory András Zsák Lent ...

    https://www.dpmms.cam.ac.uk/~az10000/2024-lent-partii-logic-and-set-notes.pdf
    29 May 2024: S. Adding thelines (. p (tj ti))((p tj) (p ti). )(A2). (p tj) (p ti) (MP)p ti (MP). ... Finally, if there exist j,k < isuch that tk = (tj ti), then v(tj) = v(tj ti) = 1 by induction hypothesis,and hence v(ti) = 1.
  5. 16 Jan 2024: The Ward Correspondence and StationaryAxisymmetric Spacetimes. Grigalius Taujanskas. Mathematical InstituteOxford University. Radcliffe Observatory QuarterOxford OX2 6GG, UK. Contents. 1 Introduction 2. 2 Mathematical Background 32.1 Setting. 32.2
  6. EQUIVARIANT LINE BUNDLES WITH CONNECTION ON THE p-ADIC UPPER ...

    https://www.dpmms.cam.ac.uk/~sjw47/Drinfeld-I.pdf
    14 Sep 2023: EQUIVARIANT LINE BUNDLES WITH CONNECTION ON THE. p-ADIC UPPER HALF PLANE. KONSTANTIN ARDAKOV AND SIMON WADSLEY. Abstract. Let F be a finite extension of Qp, let F be Drinfeld’s upperhalf-plane over F and let G0 the subgroup of GL2(F) consisting of
  7. Part IB - Groups, Rings, and Modules

    https://www.dpmms.cam.ac.uk/~or257/teaching/notes/GRM.pdf
    31 Jan 2024: Groups, Rings, and ModulesOscar Randal-Williams. Based on notes taken by Dexter Chua. https://www.dpmms.cam.ac.uk/or257/teaching/notes/grm.pdf. 1 Groups 11.1 Basic concepts. 11.2 Normal subgroups, quotients, homomorphisms, isomorphisms. 21.3 Actions
  8. MP∗2Lycée Louis le Grand 2016-2017 Mathématiques Classe de…

    https://www.dpmms.cam.ac.uk/~aptm3/docs/lecture-notes/Mathematiques-Spe.pdf
    31 Aug 2023: MP2Lycée Louis le Grand 2016-2017. Mathématiques. Classe de Mathématiques Spéciales. Cours de Yves Duval. Notes de Alexis Marchand. Table des matières. 1 Suites Réelles et Complexes 1I Bornes supérieures et bornes inférieures. 1II Suites
  9. Topics in Analysis T. W. Körner October 25, 2023 ...

    https://www.dpmms.cam.ac.uk/study/II/TopicsinAnalysis/2023-2024/Topic.pdf
    25 Oct 2023: Indeed,. pn(t) =nj=0. (n. j. )f(j/n)tj(1 t)nj. (ii) ‖pn f‖ 0 as n.
  10. GLOBAL SECTIONS OF EQUIVARIANT LINE BUNDLES ON THE p-ADIC ...

    https://www.dpmms.cam.ac.uk/~sjw47/Drinfeld.pdf
    20 Dec 2023: Wedefine. A〈/r,s/〉 :=. jZ. ajj. jZ. Aj : lim|j|. |aj|tj = 0 if s 6 t 6 r. ... and give it the norm jZ ajj. := sups6t6r supjZ |aj|tj.Of course this norm can be written in the somewhat less symmetric form.
  11. Proofs for some results inTopics in Analysis T. W. ...

    https://www.dpmms.cam.ac.uk/study/II/TopicsinAnalysis/2023-2024/Caesar.pdf
    25 Oct 2023: n. j. )f(j/n)tj(1 t)nj. (ii) Automatically,. EYn = EX1 X2 Xn.

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