The 1993 proposal by Charles H. Bennett and collaborators separates the previously distributed entangled resource from the later classical measurement record. Printed p. 1896, equations (5)–(6), exhibits Bell-measurement branches and the receiver's outcome-dependent unitary correction. Resource-state and Bell-label conventions must be translated before importing a correction table.
Source release: Oxford CS examination release, archive member 2020/T/a16608w1.pdf.
The held Second Public Examination paper is dated 27 May 2021 despite the archive directory. It contains three questions and 21 marked Roman-labelled leaves. The undergraduate joint-school cover does not print a unique Part letter. The historical 2020–2021 CS course page identifies third-year Schedule S1; this is distinct from Mathematics C7.4/A14687W1. The Physics-held A16608W1 copy has identical rendered pages and questions; it is a second source of this paper, not another answer set.
The University of Oxford Second Public Examination paper is dated Trinity Term 2022, Friday 3 June, 14:30–16:30. Its archive member is 2021/T/a16608w1.pdf; the printed cover establishes the year. Question 1 occupies printed pp. 2–3, Question 2 pp. 4–5, and Question 3 pp. 6–7. The final cloning task uses full-output squared quantum fidelity.
The University of Oxford Second Public Examination paper, titled Quantum Information, identifies Trinity Term 2023 on its cover. The public bundle member is 2022/T/a16608w1.pdf; the year in that bundle directory differs from the year printed on the cover. Printed p. 2 contains Question 1, p. 3 Question 2, and p. 4 Question 3.

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