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16 Jun 2022: Setting the imaginary part of ⟨Ô⟩ψ to zero leads us tothe requirement Ô = Ô†, i.e. ... H1 H2 H and Ĥ1 = Ĥ2 = Ĥ. Then wefind a new requirement that any state has to fulfil.

13 Jun 2022: subject to the requirement of gauge invariance and (6.11). It’s straightforward to see. ... that there is no such state where we excite just a single (a)†: the requirement that.

19 Sep 2022: where b, p are growth rates, the nonnegative entries ofthe matrices C, D, E, F are competition strengths, k, arenonnegative rates of stochastic switching, and R, S are non-negative rates ... Finally, the analytical results stress that even small ratesof

27 Mar 2022: where each entry is itself an. n. n. matrix. Then with this notation, Hamilton’s equations read. ... i. /. q. j. δ. i. j. α. E. i. /. p. j. ). (4.374). so the requirement that. 𝒥. J. 𝒥.

24 Jul 2022: The requirement that its determinant is 1 reduces this to 3 complex parameters, or 6. ... we’re missing something. What we’re missing is the additional requirement that the.

3 Dec 2022: When written in index notation, these are just the entries of the matrix so there’s no. ... equation of motion. We vary the path, x(t)! x(t) x(t), subject to the requirement.

12 Sep 2022: Math. Phys., 1994. 6/36. A =𝑎1. 𝑎2. Assumption: Algorithm can query entries of 𝐴. ... Whether we can train them depends on 𝜀, amount of training data, stability requirements. •

3 Dec 2022: Lent Term, 2015. ElectromagnetismUniversity of Cambridge Mathematical Tripos. David Tong. Department of Applied Mathematics and Theoretical Physics,. Centre for Mathematical Sciences,. Wilberforce Road,. Cambridge, CB3 OBA, UK.

21 Oct 2022: ẋAδxA. ]tfti. (2.7). But the final term vanishes since we have fixed the end points of the path so δxA(ti) =. δxA(tf ) = 0. The requirement that the action is

21 Oct 2022: ẋAδxA. ]tfti. (2.7). But the final term vanishes since we have fixed the end points of the path so δxA(ti) =. δxA(tf ) = 0. The requirement that the action is