'Flavor structure' diaporamas de présentation

eRHIC: Science and Perspective

eRHIC: Science and Perspective. Introduction Science of eRHIC Realization Summary. Study of the Fundamental Structure of Matter with an Electron-Ion Collider Deshpande, R. Milner, R. Venugopalan, W. Vogelsang hep-ph/0506148, to appear in Ann. Revs. Nucl. Part. Sci.

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1/N expansion for strongly correlated quantum Fermi gas and its application to quark matter

1/N expansion for strongly correlated quantum Fermi gas and its application to quark matter. Hiroaki Abuki (Tokyo University of Science) Tomas Brauner (Frankfurt University) Based on PRD78, 125010 (2008). Outline. Introduction Nonrelativistic Fermi gas Formulation Results

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Probing flavor structure in unified theory with scalar spectroscopy

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Flavor Separated Quark Polarizations at HERMES

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Twist 4 Matrix elements

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Flavor Separated Quark Polarizations at HERMES

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ePHENIX for eRHIC

ePHENIX for eRHIC. A.Bazilevsky For PHENIX Collaboration March 28, 2012. The Charge. eRHIC : one of the two options for Electron-Ion Collider (EIC) Add electron ring to RHIC: Energy: E e =5-30 GeV /c, E p =50-250 GeV /c E A =20-100 GeV

259 views • 16 slides