'Emc effect' diaporamas de présentation

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Major experimental thrusts for 12 GeV The quark structure of nuclei

The Physics of Nuclei. Major experimental thrusts for 12 GeV The quark structure of nuclei Quark propagation through nuclei Conclusions One-page summary sheets. The 12 GeV Program for the Physics of Nuclei. Color transparency Universal scaling behavior

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Future Spin Physics at JLab 12 GeV and Beyond Kees de Jager Jefferson Lab SPIN2006 Kyoto

Future Spin Physics at JLab 12 GeV and Beyond Kees de Jager Jefferson Lab SPIN2006 Kyoto October 2-7, 2006. Highlights of the 12 GeV Program. Revolutionize Our Knowledge of Spin and Flavor Dependence of PDFS in the Valence Region

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Hadrons and Cold Nuclear Matter Rapporteur Presentation

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Hadrons in the Nuclear Medium Rolf Ent Jefferson Lab

Hadrons in the Nuclear Medium Rolf Ent Jefferson Lab. Science & Technology Review June 2004. The Baryon-Meson versus Quark-Gluon Description Nuclear Effects in Structure Functions Tagged Structure Functions Using the Nucleus as a Laboratory Summary. Campaigns and Performance Measures.

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Nuclear Physics at a Low Energy Electron-Ion Collider

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Nuclear Physics at a Low Energy Electron-Ion Collider

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The EMC Effect

The EMC Effect. by. Nearly a century of traditional nuclear physics has shown that a nucleus can be well described in terms of nucleons (protons and neutrons) and the strong force.

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Questions about the connection between the EMC effect and Short-Range Correlations

Questions about the connection between the EMC effect and Short-Range Correlations. John Arrington Argonne National Lab. ECT* Workshop on Exposing Novel Quark and Gluon Effects in Nuclei April 16-20, 2018. Nucleus as a dilute systems. The nucleus is often described as a dilute system:

343 views • 33 slides

GHP06, Nashville, TN 23 Oct 2006

New measurements of the EMC effect in few-body nuclei John Arrington, Physics Division, Argonne Second meeting of the APS Topical Group on Hadron Physics. GHP06, Nashville, TN 23 Oct 2006. Overview. Nuclear structure functions and EMC effects Review of measurements Limitations in the data

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Hidden and open heavy flavour in d(p)A production at RHIC energies

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Nuclear structure and the flavor dependence of the EMC effect

Nuclear structure and the flavor dependence of the EMC effect. John Arrington Argonne National Lab. GHP Workshop Baltimore, MD April 9, 2015. Quark distributions in nuclei: EMC effect. Deeply-inelastic scattering (DIS) measures structure function F 2 (x)

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Physics with ELIC at JLab

Physics with ELIC at JLab. Introduction ELIC Concept Physics with ELIC Rolf Ent 05/23/2003. ELIC@JLab - Science. Science addressed by ELIC: How do quarks and gluons provide the binding and spin of the nucleons? How do quarks and gluons evolve into hadrons?

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Jet Quenching in Au+Au at ? s=200 AGeV

Jet Quenching in Au+Au at ? s=200 AGeV. Hisayuki Torii Kyoto Univ. Presented at Colloquium, Oct/6/2000. Outline. Quark Gluon Plasma Jet Quenching as probe What is jet ? Soft or Hard Jet Shape ? - /? + ratio Jet in H.I. Collision? Nuclear Effect EMC Effect

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John Arrington Argonne National Lab

Commissioning/semi-parasitic data taking on the EMC effect (and Short-Range Correlations) in light nuclei. John Arrington Argonne National Lab. Hall C Collab. Meeting, Jan 21, 2017. Just how dense are nuclei?. Picture the proton as a hard sphere: R = 1.15 fm , density = 0.16 fm -3

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Check directly vs data

Check directly vs data. That is, apply new effective force directly to calculate nuclear properties using Hartree-Fock (as for usual well known force). Where analytic form of (e.g. H 0 + H 3 ) piece of energy functional derived from QMC is:. Check directly vs data.

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J. Seely, et al., PRL103, 202301 (2009) N. Fomin, et al., PRL 108, 092052 (2012 )

JLab6: Cluster structure connects to high-momentum components and internal quark modification of nuclei. Short-Range Correlations (SRCs) dominated by np pairs interacting via tensor force EMC effect: 10 % suppression of high-x quarks in all nucleons or 50 % effect in the 20% in SRCs?

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