Skip to Content

Search: {{$root.lsaSearchQuery.q}}, Page {{$root.page}}

  2. ...
  3. MCTP HET BROWN BAG SEMINAR | Exact Results in 5d Superconformal Theories with Gravity Duals
    1. News and Events
    2. All Events
    3. Archived Events
    4. HET Brown Bag Series
    5. 2012 HET Brown Bag Seminars
  2. [X] close

MCTP HET BROWN BAG SEMINAR | Exact Results in 5d Superconformal Theories with Gravity Duals

  2. All News & Features
  3. All Events
    1. Archived Events
      1. 2013
      2. 2012
      3. 2011
      4. 2010
      5. 2009
      6. 2008
      7. 2007
      8. 2006
      9. 2005
      11. 2003
      12. 2002
      13. 2001
      14. 2000
      15. 1999
      16. HEP Astro
      17. Astronomy Colloquium
      18. Biophysics Seminar
      19. CM - AMO Seminars
      20. CM Theory Seminars
      21. Complex Systems
      22. Department Colloquia
      23. Quantitative Biology Seminars
      24. HET Brown Bag Series
        1. 2016 HET Brown Bag Seminars
        2. 2015 HET Brown Bag Seminars
        3. 2014 HET Brown Bag Seminars
        4. 2012 HET Brown Bag Seminars
        5. 2011 HET Brown Bag Seminars
        6. 2010 HET Brown Bag Seminars
        7. 2013 HET Brown Bag Seminars
      26. HET Seminars
      27. Life After Grad School Seminars
      28. Farrand Memorial Lecture
      29. Workshops & Conferences
      30. Miscellaneous
      31. Saturday Morning Physics
      32. Special Lectures
      33. Search Events
  5. Special Lectures
  6. K-12 Programs
  7. Saturday Morning Physics
  8. Seminars & Colloquia
Wednesday, November 7, 2012
12:00 AM
Oskar Klein Conference Room (3481 Randall)

I will explain how the S^5 partition function of 5d superconformal field theories with gravity duals may be computed in the large N limit. This involves applying the techniques of localization to non-renormalizable 5d Yang-Mills theories obtained by deformation of these SCFTs by a relevant operator. The result matches exactly the leading supergravity behavior of the holographic entanglement entropy in the dual AdS6 geometry in massive IIA.

Speaker:
Daniel Jafferis (Harvard University)
Physics
Randall Lab and Homer A. Neal Lab
450 Church Street
Ann Arbor, MI 48109-1040
734.764.4437
734.763.9694
Sitemap
© 2024 Regents of the University of Michigan