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24 Aug 2020: Collective phenomena in correlated. semiconductors, degenerate Fermi. gases, and ferroelectrics. G.J. Conduit. Selwyn College. University of Cambridge. April 2009. This thesis is submitted. for the degree of. Doctor of Philosophy. i. Collective

24 Aug 2020: ultracold atomic gases [13] promises un-paralleled experimental accuracy, presenting an ideal op-portunity to revisit the structure of the superconductingground state of spin-imbalanced Fermi gases.

24 Aug 2020: GREPHYSICAL REVIEW APPLIED 12, 034024 (2019). Au-Ge Alloys for Wide-Range Low-Temperature On-Chip Thermometry. J.R.A. Dann,1, P.C. Verpoort,1 J. Ferreira de Oliveira,1,2 S.E. Rowley,1,2 A. Datta,3 S. Kar-Narayan,3C.J.B. Ford,1 G.J. Conduit,1 and V.

24 Aug 2020: However, in ferroelectrics the motion of the atoms in op-tical modes leads to the emergence of electric dipoles.

24 Aug 2020: Asnickel-base superalloys have been intensely studied sincethe 1930’s [12, 26–84] and there are over 120 commerciallyavailable alloys for different specialist applications, the op-timizing program showed that there ... The points show experimental

24 Aug 2020: ηαβ. r)pαβ(r), pαβ is a polynomial whose parameters are op-timized in VMC, and Lηαβ is a cutoff length.

25 Feb 2020: Mathematical Foundations of Infinite-DimensionalStatistical Models. In nonparametric and high-dimensional statistical models, the classical Gauss–Fisher–Le Cam theory of the optimality of maximum likelihood and Bayesianposterior inference does

19 Dec 2020: p.602, last display of Corollary 7.3.24 should read. = OP. ... n/ log n)γ/(2γ1)un. ), instead of OP. ((n/ log n)γ/(2γ1)un. )p.609, in the 3rd display in Theorem 8.1.1, the exponents should be ‘ 14r1 ’

3 Jan 2020: Part IB Quantum Mechanics, Michaelmas 2019. Tuesday and Thursday, 11.05 a.m. to 11.55 a.m., Mill Lane lecture room 3. Prof. Adrian Kent (apak@damtp.cam.ac.uk). I am very grateful to previous lecturers of this course, and in particular toJonathan

16 May 2020: Part IB Quantum Mechanics, Michaelmas 2019. Tuesday and Thursday, 11.05 a.m. to 11.55 a.m., Mill Lane lecture room 3. Prof. Adrian Kent (apak@damtp.cam.ac.uk). I am very grateful to previous lecturers of this course, and in particular toJonathan