physics benefit studies:
------------------------

  *    General performance of SVT
           (efficiency, momentum resolution, impact  parameter
           resolution, trigger turn-on in pt, ....)
                  (Terry Heuring, Dan Karmgard, Horst Wahl)

  *    B to J/Psi  (Phil Gutierrez)

  *    other B decays (Andrzej Zieminski + B physics group)

  *    single top  (Terry  Heuring)

  *    t tbar  (Frederic Stichelbaut)

  *    Higgs + W/Z  (John Hobbs)

  *    SUSY to bbbb  (Doug Norman)

  *    Z to  b bbar  (Meenakshi Narain)

  *    low pt lepton triggering (Armand Zylberstejn)

  *    improvement in Et and missing Et resolution at L2 or L3 
                   due to knowledge of z
                                     (John Hobbs, Meena, ???))


 physics studies should include the following:
----------------------------------------------
    - definition of L1 trigger )
                               }  from standard strawman trigger menu
    - definition of L2 trigger )

    - expected L1 and L2 rates for these triggers
    
    - improvement in S/N and/or L2 trigger rate from use of additional handles:
               - L2 CFT tracking
               - L2 global: matching of CFT with cal, mu,... information

    - improvement in S/N and/or L2 trigger rate from use of L2 SVX information:
               - momentum measured in SVX
               - impact parameter

    - consequences of SVT related improvement on physics:
          - better sensitivity, discovery potential
          - better precision