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  2. Event Generation for LHC CERN Theory Seminar 30/03/11 Monte ...

    https://www.hep.phy.cam.ac.uk/theory/webber/MCEGforLHC.pdf
    30 Mar 2011: K = B/B = 1 O(αS). arbitrary NNLO. POWHEG matching. Event Generation for LHC CERN Theory Seminar 30/03/11. ... Cut now needed on ‘underlying Born’ pt of Z0• Good agreement with CDF (not so good with D0)• First jet is now NLO, second is LO (times
  3. H1 H2 H3 H4 H5 H6 H7 H8 H9 ...

    https://www.hep.phy.cam.ac.uk/~lester/teaching/partIIIparticles/handouts2023/H8-without-appendices.pdf
    6 Dec 2023: r $ b; r $ g; b! g. SU(3)-colour symmetry is exact. ... r r. b b. Other configurations where quarks don’t change colour •Only matrices with non-zero entries in 11 and 33 position are involved.
  4. Particle Physics Dr Lester Handout 14 : Precision Tests ...

    https://www.hep.phy.cam.ac.uk/~lester/teaching/partIIIparticles/handouts2023/H14_Frankenstein.pdf
    23 Nov 2023: b bb. q qb. b. b. « Each jet will contain one b-hadron which will decay weakly« Because is small hadrons containing. ... fb. be–. e+. Z. Z f. fb. b. e. « The only way to distinguish.
  5. Black Holes at Colliders CERN 23/02/09 Phenomenology of Black ...

    https://www.hep.phy.cam.ac.uk/theory/webber/BH_LHC2FC.pdf
    8 Oct 2009: Black Holes at Colliders CERN 23/02/09. BH formation factor (1). b. ... Classical Limit. 20. pJ. bx. y. ). θ. ζ. p = ω(sin θ, 0, cos θ)b = b(cos θ sin ζ, cos ζ, sin θ sin ζ).
  6. Microsoft PowerPoint - TASI13-e-masses

    https://www.hep.phy.cam.ac.uk/~lester/TASI13-e-masses.pdf
    28 Jun 2011: b. b. soft gluon radiation? Supersymmetry as Lingua Franca. Some possibilities:. • ... Exercises Ma b. ( )yyxxbaba baba eemmM Δ++= )cosh(2222 η(1) Prove that.
  7. 2. Kinematics, Decays and Reactions - Particle and Nuclear Physics

    https://www.hep.phy.cam.ac.uk/~chpotter/particleandnuclearphysics/Lecture_02_KinematicsDecaysReactions.pdf
    30 Jan 2024: AµBµ = A.B = A0B0 A.B. or pµpµ = pµgµvp. v =µ=0,3. ... σ[60Ni(α,n)63Zn] σ[63Cu(p,n)63Zn]. n.b. common notation for nuclearreactions:aA bB A(a,b)B. Energy of p selected to give samec.m.
  8. Not examinable Not examinable H1 H2 H3 H4 H5 ...

    https://www.hep.phy.cam.ac.uk/~lester/teaching/partIIIparticles/handouts2023/H2-appendices.pdf
    4 Nov 2023: i if Ai Bi = 11 otherwise. 9>=. >;(by (49)). = s(A, B)d1Y. ... X. X2A. (AX )1 Y (AX ). =X. X2AA. (X )1 Y (X ). =X. X2A. (X )1 Y (X ) (since A A {A B, B 2 A} = A). =
  9. SMparam.key

    https://www.hep.phy.cam.ac.uk/theory/webber/SMparam.pdf
    2 Jun 2014: tot. BR(X). BR(X)=. b. tot. = 0.56. b. b. (known to 4th order). ... b. ,b. b contributes less, so top mass effect is significant (-2%).
  10. Preface In this course, we cover some more advanced ...

    https://www.hep.phy.cam.ac.uk/theory/webber/tp2_06.pdf
    18 Jun 2012: a〉 |b〉 = |b〉 |a〉 (commutative law). • (|a〉 |b〉) |c〉 = |a〉 (|b〉) |c〉) (associative law). • ... a|b〉 = 〈b|a〉 (1.11). From the above, we can deduce that. (
  11. https://www.hep.phy.cam.ac.uk/theory/webber/camjet/camjet.uu

    https://www.hep.phy.cam.ac.uk/theory/webber/camjet/camjet.uu
    21 Oct 2008: Z8V9?6A,B/Q MPW30QO.GG@O=;:IS'_OB4S[SV9J?]WM_!J/._Y[AC8"VZ']Z]KH__. ... S[WU-R9SMJS41F.7.-B/#OWTIGF0RLK@RQS2NS.%5,$U,AL1$ M-"ZXJ"NES$8N1JBXM2TP2#U#!GH.Y$M1DR5U:8)OJ[KP?,'TEAFI%!
  12. Neutrino Oscillations and the MINOS experiment

    https://www.hep.phy.cam.ac.uk/~thomson/lectures/iss/iss2007_intro.pdf
    30 Jul 2007: B. B throws a heavy balltowards A. B exerts forceon ball – ball exerts an equal and opposite force on B (N3) and B recoils (N2). ... A. B. A. B. B emits ball and A absorbs it.
  13. QCDlect1.dvi

    https://www.hep.phy.cam.ac.uk/theory/webber/QCDlect1.pdf
    4 Dec 2008: 5. A, α p B, β δAB". gαβ (1 λ)pαpβ. p2 iε. #. ... in 1/ log(Q2/Λ2):. αS(Q) =1. b ln(Q2/Λ2). ". 1 b′. b.
  14. The GLD Concept

    https://www.hep.phy.cam.ac.uk/~thomson/talks/Daegu2005.pdf
    11 Jul 2005: No! Things aren’t that simple…. Dense Jet: B=0. neutral. ve- ve. ... puri. ty. c. b. b). c (b bkgr). ECM = 91 GeV.
  15. https://www.hep.phy.cam.ac.uk/~lester/dtm662/mt2/Releases/oxbridgekine…

    https://www.hep.phy.cam.ac.uk/~lester/dtm662/mt2/Releases/oxbridgekinetics-0.6/configure
    19 Jul 2012: conf$$.file echo conf$$.file if ln -s conf$$.file conf$$ 2/dev/null; then # We could just check for DJGPP; but this test a) works b) is more generic # and
  16. 2015 NEXT LECTURES Effective Field Theory Ben Gripaios Cavendish ...

    https://www.hep.phy.cam.ac.uk/~gripaios/eft_lecture_notes.pdf
    4 Jan 2016: Either U(1)B or U(1)L symmetry, together with Lorentz invariance, preventsthe proton from decaying. ... is called an equivalence relation if (i) a a,. (ii) a b = b a, and (iii) a b and b c = a c.
  17. PowerPoint Presentation

    https://www.hep.phy.cam.ac.uk/~lester/dtm662/TenMinutes-1a.ppt
    29 Jun 2006: Hadronic Jets,. B-jets (sometimes). Electrons, Positrons, Muons, Anti-Muons. Tau leptons (sometimes). ... b. b. soft gluon radiation? So main EASY signatures are:. Lots of missing energy.
  18. 8. Quark Model of Hadrons - Particle and Nuclear Physics

    https://www.hep.phy.cam.ac.uk/~chpotter/particleandnuclearphysics/Lecture_08_QuarkModel.pdf
    26 Feb 2024: Examples:. Mesons(JP = 0. ): B(bū); B0(b̄d); B0s (b̄s); B. c (bc̄). ... m(s) = 510 MeV. )(m(t) = 175 GeV. m(b) = 4.5 GeV.
  19. Particle and Nuclear Physics Handout #3 Nuclear Physics Lent/Easter…

    https://www.hep.phy.cam.ac.uk/~chpotter/particleandnuclearphysics/PNP_Handout3.pdf
    19 Feb 2024: m(A,Z) = Zmp (A Z)mn B. B = aV A aSA2/3 acZ. ... Prof. Tina Potter 13. Basic Nuclear Properties 20. Nuclear Size Mirror Nuclei115 B.
  20. 7. QCD - Particle and Nuclear Physics

    https://www.hep.phy.cam.ac.uk/~chpotter/particleandnuclearphysics/Lecture_07_QCD.pdf
    9 Apr 2023: gluons do not have equal parts r, b, g, so carry colour (e.g. ... g. q. q. q. q. αs. αs. r. rb. b. b r̄ r b̄.
  21. 11. The Top Quark and the Higgs Mechanism - Particle and Nuclear…

    https://www.hep.phy.cam.ac.uk/~chpotter/particleandnuclearphysics/Lecture_11_TopHiggs.pdf
    11 Nov 2022: t. t̄. q̄. q. b̄. W. W. b. Final state W W bb̄. ... y = 125.09 GeV, |Hm. µ. τ b. W. Zt. SM Higgs boson.

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