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Philippe Michaud-Rodgers

I am a second-year PhD student in number theory under the supervision of Professor Samir Siksek and Dr Damiano Testa. I am especially interested in the study of Diophantine equations.

I am currently studying ternary Diophantine equations using modularity. In particular, I am working on Fermat's Last Theorem over totally real fields, but I feel this webpage is too small to explain my truly remarkable research on this problem.

During the first year of my PhD I studied quadratic points on some non-split Cartan modular curves. This led to proving that certain classes of elliptic curves over quadratic fields are modular. See below for a link to the project, as well the paper I wrote based on the findings.

Previously, I completed my MMath degree at the University of Warwick.

Email: p dot rodgers at warwick dot ac dot uk


Mathematical Writing:

  • Fermat's Last Theorem and Modular Curves over Real Quadratic Fields ( PDF ) ( arXiv ), accompanying code, February 2021;
  • Quadratic Points on Non-Split Cartan Modular Curves ( arXiv ), under review, November 2020;
  • Quadratic Points on Non-Split Cartan Modular Curves ( PDF ), first-year PhD project supervised by Professor Samir Siksek and Dr Damiano Testa, September 2020;
  • Magic Squares of Squares ( PDF ), fourth-year undergraduate project supervised by Dr Damiano Testa, April 2019;
  • Quadratic Forms and the Three-Square Theorem ( PDF ), third-year undergraduate essay supervised by Professor John Cremona, April 2018;
  • Oddly Perfect ( PDF ), second-year undergraduate essay, March 2017.

Talks Given:

  • Modular Curves as Moduli Spaces, Modular Forms Study Group, University of Warwick (Online), 5th March 2021, handwritten notes;
  • Fermat's Last Theorem Over Totally Real Fields, London Junior Number Theory Seminar (Online), 16th February 2021, Slides and compressed slides;
  • Who Wants to Be a Millionaire? (The Hard Way), Warwick Maths Society Talks Series, University of Warwick (Online), 1st December 2020, Slides and compressed slides, Video;
  • Global Class Field Theory: Classical Approach, Class Field Theory Study Group, University of Warwick (Online), 20th November 2020, handwritten notes;
  • Fermat's Last Theorem and the Modular Method, Warwick Postgraduate Seminar (Online), 4th November 2020, Slides and compressed slides;
  • Congruent Numbers and Elliptic Curves, WIMP (Warwick-Imperial) Autumn 2019 Conference, University of Warwick, 30th November 2019, handwritten notes;
  • Formalism of Period Rings and $B_{HT}$, $p$-adic Hodge Theory study group, University of Warwick, 15th November 2019, handwritten notes;
  • Sums of Three Squares, WIMP (Warwick-Imperial) Spring 2019 Conference, Imperial College London, 9th March 2019, Slides;
  • Magic Squares of Squares, Warwick Maths Society Talks Series, University of Warwick, 26th February 2019, Slides.

Conferences, Seminars, and Summer Schools Attended:

  • Modern Breakthroughs in Diophantine Problems, BIRS Online, 31st August - 4th September 2020;
  • Warwick Number Theory Seminar, University of Warwick / Online, 2019-2020;
  • ROW (Reading-Oxford-Warwick) Diophantine Geometry Seminar, Online, 2020;
  • WIMP (Warwick-Imperial) Autumn 2019 Conference, University of Warwick, 30th November 2019;
  • WIMP (Warwick-Imperial) Spring 2019 Conference, Imperial College London, 9th March 2019;
  • London Mathematical Society Undergraduate Research School, University of Glasgow, 16th - 27th July, 2018.

Teaching:

  • Teaching Assistant (online) for the third-year module Galois Theory (MA3D5), Term 2 2021;
  • Supervisor (online) to first-year maths and philosophy undergraduates, Term 1 and 2, 2020-2021;
  • Teaching Assistant (online) for the third-year module Algebraic Number Theory (MA3A6), Term 1 2020;
  • Supervisor to first-year maths undergraduates, Terms 1 and 2, 2018-2019;
  • Analysis I Class Helper, Term 1 2016 and Term 1 2017.