Source release: Oxford examination archive, member
FOI-20210708-1 - Data/4319.pdf. The cover dates this examination to 23 June 2014, 9.30–11.00am. All seven questions and their 34 leaf subparts are answered below.The original cover dates this examination to 22 June 2015, 9.30–11.00am. The archive stores it under
2014/T/a13752w1.pdf; the cover determines the year. Source: released examination archive.The intact copy in the Mathematics Part A release, member
FOI-20210708-1 - Data/a13752w1 (4).pdf, restores the previously missing printed page 3 and supplies a complete readable counterpart. Questions 1–2 had already been recovered and answered; those answers and all answers to questions 5–8 are retained. The solutions now cover all eight questions and their 37 leaf subparts. The earlier source provenance above is unchanged.Source paper: released examination archive, member
2015/T/a13752w1.pdf. The cover dates this paper to 2016-06-20.Solutions already advertised by Oxford. The Mathematical Institute releases examination solutions for even-numbered years dating back to at least 2016; this paper is skipped here. [ref]
https://www.maths.ox.ac.uk/members/students/undergraduate-courses/examinations-assessments/overview-examinations. Past papers and model solutions: even-year release policy
A complete readable copy is now held from the Mathematics release, member
FOI-20210708-1 - Data/a13752w1 (3).pdf. The local examination archive contains a complete transcription; the advertised-solution policy above still applies.Source paper: released examination archive, member
2016/T/a13752w1.pdf. The original cover dates this examination to 2017-06-19.An intact copy in the Mathematics Part A release, member
FOI-20210708-1 - Data/a13752w1 (2).pdf, restores printed pages 2–3. All nine questions, comprising 51 leaf subparts, are answered below. The earlier source provenance above is retained.Source paper: released examination archive, member
2015/T/a15291w1.pdf. The cover dates this paper to 2016-06-18.Solutions already advertised by Oxford. The Mathematical Institute releases examination solutions for even-numbered years dating back to at least 2016; this paper is skipped here. [ref]
https://www.maths.ox.ac.uk/members/students/undergraduate-courses/examinations-assessments/overview-examinations. Past papers and model solutions: even-year release policy
Source paper: released examination archive, member
2016/T/a15291w1.pdf. The printed cover dates the examination to 17 June 2017. Past exam of the representation Theory of Symmetric Groups course of the University of Oxford 2011 2026-10-31
Source paper: FOI request thread. The cover identifies Representation Theory of Symmetric Groups, C2.1b, Tuesday 14 June 2011, 2.30pm to 4.00pm. Its three readable pages are original private-bundle pages 408–410. The characteristic-two scope of question 2 and the RSK premise in question 3 are addressed explicitly in the solutions.
Source: Mathematics release, bundle
Part C 2007 11.pdf, pages 313–316. The Mathematics Part C paper was sat on 31 May 2010, 2.30–4.00pm.Bounded exact-paper availability checks found no matching advertised answers. The general even-year release statement establishes coverage back to at least 2016 and does not itself establish this 2010 paper. All fourteen printed parts are addressed. Several literal source indexing and sign errors are retained in the private transcription and explained at their corresponding solutions.
Source: released examination archive, member
FOI-20210708-1 - Data/a13761w1 (4).pdf, four pages, 15 June 2015. All three questions and nineteen terminal parts are answered below. Oxford's published policy excludes odd-year solutions other than 2019; a bounded search found no advertised answers to this exact paper.Source: released examination archive, member
FOI-20210708-1 - Data/a13761w1 (2).pdf, four pages, 12 June 2017. The solutions below cover all three questions. Oxford's published solutions policy excludes odd years other than 2019; a bounded search found no advertised answers to this exact paper. Past exam of the quantum theory and quantum computers course of the University of Oxford 2008 2026-10-31
Original solutions to the paper released at the source request. The complete editable transcription is retained in the private examination archive.
Past exam of the quantum theory and quantum computers course of the University of Oxford 2009 2026-10-31
Original solutions to the paper released at the source request. The complete editable transcription is retained in the private examination archive.
Past exam of the quantum theory and quantum computers course of the University of Oxford 2010 2026-10-31
Original solutions to the paper released at the source request. The complete editable transcription is retained in the private examination archive.
Past exam of the quantum theory and quantum computers course of the University of Oxford 2011 2026-10-31
This is the standalone Part C paper for Quantum Theory and Quantum Computers, held on Wednesday 15 June 2011, 9.30am–11.00am. Its three questions match questions 4–6 of section B in the combined Part B paper B7.1/C7.1, formal code
DMAB 2686. The original solutions are reused here with the standalone question numbering, including the correction to the missing Fourier normalization factor.Source release: Oxford examination archive release thread, Part C bundle pages 438–440.
Answer availability checked on 28 October 2026: bounded official-source searches by year, title, module and formal code found no exact full-paper or selected-part solution advertisement. The check was independent of any release policy for later years.
Original solutions to the paper released at the source request. The complete editable transcription is retained in the private examination archive.
Original solutions to the paper released at the source request. The complete editable transcription is retained in the private examination archive.
Original solutions to the paper released at the source request. The complete editable transcription is retained in the private examination archive.
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