Original public paper: Physical PDF pages 589–591. All four optional notes and both long questions are covered.
Original paper: 13 January 2014, physical PDF pages 658–660.
Original paper: Public original, physical PDF pages 567–569.
Past exam of the soft condensed matter course of the University of Cambridge 2015 Paper 1 2026-10-20
Original solutions to the nonbiology portions of the released paper. [ref]
https://www.whatdotheyknow.com/request/natural_science_tripos_physics_e_2/response/2340776/attach/2/FOI%202023%20399%20Zahid%20materials.pdf?cookie_passthrough=1#page=364. Original public PDF, physical pages 364–367; dated 30 May 2015
Past exam of the soft condensed matter course of the University of Cambridge 2014 Paper 1 2026-10-20
Original paper: 31 May 2014, physical PDF pages 316–319.
Past exam of the soft condensed matter course of the University of Cambridge 2013 Paper 1 2026-10-20
Original paper: Public original, physical PDF pages 270–273.
Original solutions to the released 2016 paper. [ref]
https://www.whatdotheyknow.com/request/natural_science_tripos_physics_e_2/response/2340776/attach/2/FOI%202023%20399%20Zahid%20materials.pdf?cookie_passthrough=1#page=386. Original public PDF, physical pages 386–389; questions on pages 387–389
Original solutions for the Physics and MASt Physics paper. [ref]
https://www.whatdotheyknow.com/request/natural_science_tripos_physics_e_2/response/2340776/attach/2/FOI%202023%20399%20Zahid%20materials.pdf?cookie_passthrough=1. Original examination PDF, physical pages 728–731
Original solutions covering all questions and all five note alternatives. [ref]
https://www.whatdotheyknow.com/request/natural_science_tripos_physics_e_2/response/2340776/attach/2/FOI%202023%20399%20Zahid%20materials.pdf?cookie_passthrough=1#page=654. Original public PDF, physical pages 654–657; dated 14 January 2014
[ref]
https://www.whatdotheyknow.com/request/natural_science_tripos_physics_e_2/response/2340776/attach/2/FOI%202023%20399%20Zahid%20materials.pdf?cookie_passthrough=1. Original public PDF, physical pages 563–566; dated 15 January 2013
Original public paper: Physical PDF pages 835–838. All three questions and all alternatives in question 3 are answered. Entropies use logarithms to base two.
Original public paper: Physical PDF pages 761–764. All questions and all optional notes are answered. A pure premeasurement state, a nonselective projection, and a state conditional on one observed outcome are distinguished throughout.
Original public paper: Physical PDF pages 684–686. All questions and optional notes are covered. The equal-length period-register assumption is distinguished from the general normalized order-finding state.
Original public paper: Physical PDF pages 586–588. All four interferometer configurations, the search derivation and all three optional notes are covered.
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