Math 711, Fall 2012. Topics in Algebra
The local Langlands correspondence

My office is 4859 East Hall, and my office hours are Wednesdays, 1:10-2pm and Thursdays, 1-4pm.
The class meets on Mondays, Wednesdays and Fridays, 12pm-1pm, in room 4096 of East Hall.

Optional homework in PDF (last updated: 11/05/2012)

There will be three main themes in the course:
  1. Geometric construction of representations of finite and p-adic reductive groups
  2. Formal groups and their applications (not only to the local Langlands program)
  3. Various approaches to geometry over totally disconnected fields (such as Q_p),
    including (as time permits) rigid analytic, adic and perfectoid spaces.



Approximate course contents (arranged by week)

  1. Principal series representations of GL_2 over a finite field (week of September 5,7).
     
  2. Cuspidal representations of GL_2 over a finite field;
    introduction to smooth representations of p-adic groups (week of September 10).
     
  3. Principal series representations of GL_2 over a p-adic field (week of September 17).
     
  4. More on principal series for GL_2(F); some odds and ends (week of September 24).
     
  5. Hecke algebras and supercuspidal representations (week of October 1).
     
  6. Examples of supercuspidal representations of GL_n(F);
    general comments on the local Langlands correspondence (week of October 8).
     
  7. Representations of Weil groups of local fields (October 17). No class on October 19.
     
  8. Introduction to formal groups (week of October 22).
     
  9. Formal groups over fields of characteristic p>0 (week of October 29).
     
  10. Formal modules and Lubin-Tate theory (week of November 5).
     
  11. Deformation spaces of formal modules (week of November 12).
     
  12. Introduction to rigid analytic spaces (week of November 19).
     
  13. Definition and examples of rigid analytic spaces (week of November 26).
     
  14. Rigid generic fibers of formal schemes; the Lubin-Tate tower (week of December 3).
     
  15. The local Langlands and Jacquet-Langlands correspondences (week of December 10).