Symposium on Hadronic Structure Physics Welcome to Glasgow! Guenther RosnerSymposium, Glasgow, 14/4/20101.

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Presentation transcript:

Symposium on Hadronic Structure Physics Welcome to Glasgow! Guenther RosnerSymposium, Glasgow, 14/4/20101

The University of Glasgow Guenther RosnerSymposium, Glasgow, 14/4/20102 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 students and staff and is one of the largest research-driven universities in the UK.

Aberdeen Dundee St Andrews Edinburgh Heriot Watt Glasgow Strathclyde West of Scotland Abertay RGU GCU Napier Physics Research in Scotland: Scottish Universities Physics Alliance Guenther RosnerSymposium, Glasgow, 14/4/20103

SUPA: Nuclear & Plasma Physics Guenther RosnerSymposium, Glasgow, 14/4/20104 Glasgow Strathclyde Edinburgh West of Scotland St. Andrews Heriot-Watt LPNP Hadron Physics PP AP Nuclear Structure Aberdeen, Dundee

SCAPA Guenther RosnerSymposium, Glasgow, 14/4/20105 The Scottish Centre for the Application of Plasma-based Accelerators

SCAPA Precursor ALPHA-X Guenther RosnerSymposium, Glasgow, 14/4/ m  Electron beam:  Emittance:  mm mrad  Duration: fs  peak current: kA  Electron beam:  Emittance:  mm mrad  Duration: fs  peak current: kA  Towards FEL in 2010/11… =0.7%

SCAPA Challenges Replace light source  ALPHA-X: Ti:sapphire laser 10 Hz, 800 nm  SCAPA: 1 J  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 Guenther RosnerSymposium, Glasgow, 14/4/20107

Glasgow’s overseas collaborations Guenther RosnerSymposium, Glasgow, 14/4/20108 MAX-lab 0.25 GeV  DESY: HERMES 27.6 GeV e +, e -, L = MAMI: A1, A2-CrystalBall, -GDH 1.5 GeV e -, L = 10 38, 10 8 /s  FAIR (GSI): PANDA 15 GeV anti – p, L = 2x10 32 JLab: Hall A, CLAS, GlueX 6  12 GeV e -, L = 10 38, 10 7 /s 