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8 Oct 2009: Synopsis: Lectures 20-24. 15 Scattering theory. Elastic and inelastic scattering; method of particle waves; Bornapproximation; scattering of identical particles.

8 Oct 2009: subject. Although 24 lectures is a long course to prepare(!), it is still insufficientto cover all of the topics that different physicists will describe as “core”. ... 22-24 Relativistic quantum mechanics: History; Klein-Gordon equation;Dirac equation

8 Oct 2009: 3.2. SYMMETRY IN QUANTUM MECHANICS 24. 3.2 Symmetry in quantum mechanics.

9 Nov 2009: eV)1 H (1s) 2S1/2 13.62 He (1s)2 1S0 24.63 Li He (2s) 2S1/2 5.44 Be He (2s)2 1S0 9.35 B He

27 Nov 2009: non-examinable in this course. Synopsis: Lectures 20-24. 15 Scattering theory†Elastic and inelastic scattering; †method of particle waves; †Bornseries expansion; Born approximation from Fermi’s Golden rule;†scattering of

14 Oct 2009: quired identities. As a result, we can confirm that. [a, a†] =24.

3 Nov 2009: particularly in terms of the actual experience(23,24)) seem to involve some form of direct contact at a distance.

30 Apr 2009: F Kn (ĥn) Fn ‖ D. n log n. by construction of the estimator, which proves (24). ... holding. Ann. Stat. 24, 508–539 (1996)8. Dümbgen, L., Rufibach, K.: Maximum likelihood estimation of a log-concave density and its distribu-.

22 Jul 2009: where C2 M2τ ‖‖22‖p0‖. [The only difference is that in this case we use thevariance estimate σ 2 = 2j ‖p0‖‖‖22, which follows as in (24).]. ... ω2δm (φ). Using the last two estimates, (20), (24) and that |a/α b/β| α1|a b|

9 Aug 2009: in practice; his ‘coalescent’ [23, 24] is a beautiful piece of probability,. ... Annals of Prob-ability, 24, 411–421. [32] Peled, R. 2008. Personal communication.[33] Peled, R.