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The Electron Nucleon Collider a possible future upgrade to FAIR F. Maas Helmholtz Institute Mainz NuPECC town meeting May 31 - June 2, 2010 CSIC, Madrid.

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Presentation on theme: "The Electron Nucleon Collider a possible future upgrade to FAIR F. Maas Helmholtz Institute Mainz NuPECC town meeting May 31 - June 2, 2010 CSIC, Madrid."— Presentation transcript:

1 The Electron Nucleon Collider a possible future upgrade to FAIR F. Maas Helmholtz Institute Mainz NuPECC town meeting May 31 - June 2, 2010 CSIC, Madrid

2 Scientific Goals - Challenge: understand the structure of hadrons and their excited states from first principles - Predict hadronic properties and processes with good and controlled precision. - Ideal probe: CC neutrino and anti-neutrino interactions - More realistic: interaction of polarized charged lepton beams with polarized p and d - dominated by γ exchange at Q 2 M 2 Z,W, coupling to quark charges only- doubly polarized: projecting helicities - Spin flavour structure of quarks f, g (longitudinal), h(transverse) and polarized Gluons - Effects of finite transverse size, correlation of b and x, orbital angular momentum, GPDs - Effects of transverse momentum k of quarks, gauge links

3 High Energy Lepton Scattering inclusive Scattering (lepton only), exclusive Scattering (complete final state: lepton, photon, proton), semi-inclusive scattering

4 High luminosity lepton-nucleon collider - The electromagnetic probe: precision of the EW interaction, but needs high luminosity - Lepton scattering on hadron targets in new regimes yielded new insights, e.g. DIS, EMC effect, Glue - new regimes: Exclusive reactions, Semiinclusive Deep Inelastic Scattering - High E cm yields a large range of x, Q 2 x range: valence, sea quarks, glue Q 2 range: evolution equations of QCD- High polarization of lepton, nucleon achievable dilution in fixed target experiments- Collider geometry allows complete reconstruction of final state

5 30 Years of Deep Inelastic Scattering - 1970 - 2000 Analysis of DIS in terms of pQCD

6 Energy/Luminosity Landscape ENC Electron Nucleon Collider: - high energy - high luminosity - polarisation LHeC

7 Unpolarised Parton Distributions ValenceSea

8 Understanding Origin of Nucleon Spin

9 Generalized Parton Distributions (GPDs): 3D picture of the nucleon, Angular Momentum Sum Rule

10

11 Transverse Momentum Dependent Parton Distributions QCD prediction: transversely polarised target in PANDA; PAX

12 Study of Beam Dynamics: Beam equilibria and luminosities Study of Spin Dynamics: Spin resonances in SIS18 and HESR

13 Andreas Jankowiak, Institut für Kernphysik, Johannes Gutenberg – University Mainz idea: ENC@FAIR P e-e- pol. e - -inj. L > 10 32 1/cm 2 s s 1/2 > 10GeV (3.3GeV e - 15GeV p) polarised e - ( > 80%) polarised p / d ( > 80%) (transversal + longitudinal) using the PANDA detector Common effort of German Universities (Bonn, Mainz, Dortmund) plus collaboration with Research Centres FZJ, DESY, GSI,... HESR pRing eRing PANDA 8MV eCool

14 Andreas Jankowiak, Institut für Kernphysik, Johannes Gutenberg – University Mainz The eRing 24to dipole, 4.3to quadrupole both nc eRing dipole: ca. 0.4m×0.25m and 1.6to for 4m length eRing inside the HESR tunnel ! In addition: - cavities - spin-manipulation - injection/extraction - feedback -...

15 Andreas Jankowiak, Institut für Kernphysik, Johannes Gutenberg – University Mainz HESR / 15GeV peRing / 3.3GeV L [circumference, m]576577.126 R [bending radius, m]3025 norm / geo [mm mrad ]2 / 0.13 IP [m] 0.1 r IP [mm] / IP [mrad]0.111 / 1.12 l [bunch length, m]0.1< 0.1 n [particle / bunch 10 10 ]3.623 I b [bunch current, mA]3.019.1 h [bunches / ring] 200 I [total current, A]0.603.82 P SR [sr-Power, kW] / [kW/m]1590 / 10 f coll [collision freq., MHz]103.892 coll [bunch distance, m]2.882.8857 Δ Q sc 0.1 [beam beam parameter]0.0140.01 Luminosität [1/(cm 2 s)] (inc. 80% hour glass red.) 1 - 4 · 10 32 P [polarisation, %]80% needs 8.2MV eCool IR + detector design bunching process B-factory design x 2 possible under collision? polarisation preservation? polarisation?

16 27 GeV compass hermes JLab ( upgraded ) JLab@6GeV Q2Q2 EIC HERA ENC JLab12 EIC ENC Q2Q2

17 L dt (fb -1 ) E CM (GeV) 0 20 40 60 80 Science reach as a function of E CM and integrated luminosity 100 120 110100 gluon saturation sin 2 θ W DIS nucleon structure exclusive, electroweak processes x min ~ 10 -2 x min ~ 10 -3 x min ~ 10 -4 50 fb -1 quarks, gluons in nuclei 4 X 250 MeRHIC 10 X 250 EIC 3 X 15 ENC

18 ENC@PANDA@FAIR: - A polarized Electron-Nucleon-Collider L 4 10 32 /cm 2 /s s 200 GeV 2 - add 3 GeV electron beam in HESR tunnel to 15 GeV protons - polarised proton source - needs 8 MeV electron cooling - highly polarised electron and nucleon beam - factor of 100 higher FOM in doubly polarised channels - (slightly) modified PANDA detector with shifted IR - first step in IR-design, polarisation - great potential for exploring the structure of the nucleon Summary

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