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DPF 2009

24–31 Jul 2009
Wayne State University
US/Eastern timezone

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Session

Accelerators II

28 Jul 2009, 14:00
Wayne State University

Wayne State University

Detroit, Michigan 48201, USA

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  1. 330. Muon Ionization Cooling R and D in the MuCool program
    Yagmur Torun (Illinois Institute of Technology)
    28/07/2009, 14:00
    Accelerator Physics
    The MuCool program focuses on studying the components needed for a muon ionization cooling channel. These include normal-conducting RF cavities, liquid hydrogen and lithium hydride absorbers and superconducting solenoids. This talk will describe the facility that has been built at Fermilab to carry out this R and D, will outline the various aspects of the program and will give the latest...
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  2. 246. Muon Collider Progress and Prospects
    Rolland Johnson (Muons, Inc.)
    28/07/2009, 14:30
    Accelerator Physics
    Inventions and synergies with global and national goals are rapidly improving the prospects for a high luminosity muon collider at the energy frontier. Analytical calculations, numerical simulations, and experimental measurements are coming together to make a strong case for a series of machines to be built, where each one is a precursor to the next, with its own unique experimental and...
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  3. 161. Large Angle Beamstrahlung at CESR
    giovanni bonvicini (Wayne State University)
    28/07/2009, 15:00
    Accelerator Physics
    Results from extended operation of the CESR Large Angle Beamstrahlung Monitor are presented.
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  4. 397. Accelerator Preparations for Muon Physics Experiments at Fermilab
    Dr Michael Syphers (Fermi National Accelerator Laboratory)
    28/07/2009, 15:30
    Accelerator Physics
  5. 135. Muon Collider 6D Cooling Simulations
    Dr Pavel Snopok (UC Riverside)
    28/07/2009, 16:30
    Accelerator Physics
    In the current Muon Collider design the muon beam 6D phase space volume must be reduced several orders in magnitude in order to be able to further accelerate it and inject it into the storage ring. Ionization cooling is currently the only feasible option for cooling the beam within the muon lifetime. The RFOFO ring is one of the feasible options currently under active investigation along with...
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  6. 22. PETAVAC: 100 TeV PROTON-ANTIPROTON COLLIDER IN SSC TUNNEL
    Prof. Peter McIntyre (Texas A&M University)
    28/07/2009, 17:00
    Accelerator Physics
    Recent developments in accelerator physics and super-conducting magnet technology make it reasonable to extend proton-antiproton colliding beams from the 2 TeV of the Tevatron to 100 TeV in the existing SSC tunnel, with luminosity ~10^35 /cm2s. At 100 TeV boson-boson fusion becomes a significant initial state for production of new massive particles. Petavac would extend the mass reach beyond...
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  7. 400. Challenges in Beam Instrumentation
    Manfred Wendt (Fermi Naional Accelerator Laboratory)
    28/07/2009, 17:30
    Accelerator Physics
    Recent and upcoming particle accelerators for HEP, as well as for applied science demand a very high beam quality, e.g. high beam power in the multi MW range, focused beams at the IP to a size of a few nm, fsec range bunch length, low beam halo and tails, high beam stability, etc. To characterize, verify and improve these beam parameters, advances in beam instrumentation and diagnostics are...
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  8. 396. Superconducting RF Cavity Topics
    Dr Camille Ginsburg (Fermi National Accelerator Laboratory)
    28/07/2009, 18:00
    Accelerator Physics
    Abstract to appear here
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