'Strongly interacting' diaporamas de présentation

Eugene Demler Harvard University

Strongly correlated many-body systems: from electronic materials to ultracold atoms to photons. Eugene Demler Harvard University. “Conventional” solid state materials. Bloch theorem for non-interacting electrons in a periodic potential. E F. Consequences of the Bloch theorem. B. V H. d.

1.02k views • 88 slides

Bulk Dynamics in Heavy Ion Collisions

812 views • 69 slides

Aurel Bulgac University of Washington, Seattle, WA

The Unitary Fermi Gas: so simple yet so complex!. Aurel Bulgac University of Washington, Seattle, WA. Collaborators: Joaquin E. Drut (Seattle, now in OSU, Columbus) Michael McNeil Forbes (Seattle, now at LANL)

512 views • 50 slides

Jiangyong Jia

414 views • 40 slides

532 views • 33 slides

International Conference on Recent Progress in Many-Body Theories

International Conference on Recent Progress in Many-Body Theories Columbus, Ohio, 27-31 July 2009. SECOND SOUND IN STRONGLY INTERACTING FERMI GASES. Sandro Stringari. CNR-INFM. University of Trento. E. Taylor, H. Hu, X.-J. Liu, L. Pitaevskii, A. Griffin, S.S. arXiv:0905.0257.

372 views • 28 slides

Rho mesons in strongly interacting matter

Rho mesons in strongly interacting matter. Sabyasachi Ghosh (S.R.F.). V.E.C.C. Outline of talk. Motivation Field theoretical framework Results of ? propagation Effect on dilepton spectra summary. Hadronic particle zoo. Strongly interacting matter. nucleus.

376 views • 25 slides

IFAE07

322 views • 19 slides

Presentation for NFR - October 19, 2005 - Trine S.Tveter

t. Recent results from BRAHMS @ RHIC. Systems studied so far at RHIC: - Au+Au @ s NN 1/2 = 62, 130, 200 GeV - Cu+Cu @ s NN 1/2 = 62, 200 GeV (heavy-ion collisions, possible QGP formation!) - p+p @ s 1/2 = 200 GeV (elementary collisions) - d+Au @ s NN 1/2 = 200 GeV

308 views • 19 slides

Relativistic Heavy Ion Collider and Ultra-Dense Matter

Relativistic Heavy Ion Collider and Ultra-Dense Matter. Physics Goal: Extended Volumes of Hadronic Matter with Energy Densities Greater Than 10 Times of Atomic Nuclei. Hadrons: Strongly interacting particles.

274 views • 18 slides

I shall present a many body problem which is: of fundamental theoretical interest,

I shall present a many body problem which is: of fundamental theoretical interest, of an extreme richness and a host of a large number of unanswered questions, of extreme computational complexity, of relevance to several fields,

192 views • 8 slides