American Physical Society
American Physical Society Sites|APS|Journals|PhysicsCentral|Physics
 
Login| Become a Member|Contact Us
  • Publications
    • Journals of the American Physical Society
    • APS News
    • Physics
    • Physics Today
    • Capitol Hill Quarterly
    • Other APS Publications
    • Reciprocal Society Newsletters
  • Meetings & Events
    • March Meeting
    • April Meeting
    • Meeting Calendar
    • Abstract Submission
    • Archives of the Bulletin of the American Physical Society
    • Policies & Guidelines
    • Meeting Presentations
    • Virtual Press Rooms
  • Programs
    • Education
    • International Affairs
    • Physics Outreach
    • Women in Physics
    • Minorities in Physics
    • Prizes, Awards & Fellows
  • Membership
    • Join APS
    • Renew Membership
    • Member Directory
    • My Member Profile
    • Member Services
    • APS Units
  • Policy & Advocacy
    • Issues
    • Reports & Studies
    • APS Statements
    • Advocacy Tools
    • Advocacy Resources
    • Fellowships & Fellows
    • Contact APS Public Affairs
  • Careers In Physics
    • Physics Jobs
    • Becoming a Physicist
    • Career Guidance
    • Physics Careers Statistical Data
  • About APS
    • Mission Statement
    • Society Governance
    • Society History
    • Donate to APS
    • APS Jobs
    • Contact Us
Programs
  • Education
  • International Affairs
  • Physics Outreach
  • Women in Physics
  • Minorities in Physics
  • Prizes, Awards & Fellows
    • Prizes
    • Awards, Medals & Lectureships
    • Dissertation Awards
    • APS Fellows
    • Other APS Scholarships, Lectureships & Fellowships

Email Email   Print Print     Share Share
 
Home   |   Programs   |   Prizes, Awards and Fellowships   |   Prizes   |   Prize Recipient

Prize Recipient


Heckman

Jonathan Heckman
Princeton University

Citation:

"Large R-charged Sectors of the Ads/CFT Correspondence."

Background:

While a senior at Princeton University, Heckmans research centered on the AdS/CFT correspondence  a recent proposal that the physical states of a five dimensional gravitational theory are dual to operators constructed from large matrices of quantum fields in a four dimensional gauge theory. Extending recent work by other researchers, Heckman reconstructed the energy spectra of certain strings on the gravitational side of the correspondence in terms of purely gauge theoretic quantities. Probing other regimes of the correspondence, Heckman also showed that the microstates of small and nearly supersymmetric charged black holes can be reconstructed both from strings in ten dimensions as well as operators in four dimensions. This work is currently being finalized for publication. At Princeton, Heckman received the physics department's Kusaka Memorial Award for undergraduate research and was inducted into Phi Beta Kappa and Sigma Xi. Heckman received his A.B. in physics from Princeton in 2004 and is currently pursuing a Ph.D. in theoretical high-energy physics at Harvard University.

Home | APS Jobs | Media Center | Terms of Use | Site Map

Follow APS: Feeds Facebook LinkedIn Wordpress Twitter Google Plus YouTube

© 2013 American Physical Society