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Symposium on Hadronic Structure Physics

Symposium on Hadronic Structure Physics. Welcome to Glasgow!. T he University of Glasgow. In 1451 , the Scottish King James II persuaded Pope Nicholas V to grant a bull authorising Bishop Turnbull of Glasgow to set up a university. .

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Symposium on Hadronic Structure Physics

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  1. Symposium on Hadronic Structure Physics Welcome to Glasgow! Symposium, Glasgow, 14/4/2010

  2. The University of Glasgow In 1451, the Scottish King James II persuaded Pope Nicholas V to grant a bull authorising Bishop Turnbull of Glasgow to set up a university. Today, Glasgow Univ. has about 20 000 students and 6 000 staff and is one of the largest research-driven universities in the UK. Symposium, Glasgow, 14/4/2010

  3. Physics Research in Scotland:Scottish Universities Physics Alliance RGU Aberdeen Abertay Dundee GCU St Andrews Glasgow Edinburgh Strathclyde Heriot Watt West of Scotland Napier Symposium, Glasgow, 14/4/2010

  4. SUPA: Nuclear & Plasma Physics St. Andrews Aberdeen, Dundee Glasgow AP Hadron Physics PP Edinburgh Strathclyde Nuclear Structure LPNP Heriot-Watt West of Scotland Symposium, Glasgow, 14/4/2010

  5. SCAPA The Scottish Centre for the Application of Plasma-based Accelerators Symposium, Glasgow, 14/4/2010

  6. SCAPA Precursor ALPHA-X • Towards FEL in 2010/11… 8 m • Electron beam: • Emittance:  mm mrad • Duration: fs • peak current: kA sg/g=0.7% Symposium, Glasgow, 14/4/2010

  7. SCAPA Challenges • Replace light source • ALPHA-X: Ti:sapphire laser 10 Hz, 800 nm • SCAPA: 1 J  5 - 10 J, 30 fs, 30 TW  200 – 300 TW • Increase • Electron energy (> 1 GeV) • Photon energy (>> 1 keV) • Peak brilliance and coherence (FEL) • Decrease • Electron pulse length 10 fs 1 fs • Setup accelerator lab for • Electrons • Photons • Protons, neutrons, ions • Create applications programme& knowledge transfer Symposium, Glasgow, 14/4/2010

  8. Glasgow’s overseas collaborations MAX-lab 0.25 GeV  DESY: HERMES 27.6 GeV e+, e-, L = 1032 MAMI: A1, A2-CrystalBall, -GDH 1.5 GeV e-, L = 1038, 108/s  JLab: Hall A, CLAS, GlueX6 12 GeV e-,L = 1038, 107/s  FAIR (GSI): PANDA 15 GeV anti – p, L = 2x1032 Symposium, Glasgow, 14/4/2010

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