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Coordinators:
M. Breidenbach (SLAC),
C. Damerell (RAL),
T. Tauchi (KEK)
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- What LC detector requirements/designs are beyond the current state of the
art? What R&D is required?
- What are the physics cases that drive truly superb jet energy resolution?
What W and Z mass resolutions are realistically possible? How rapidly does the
physics improve with the resolution?
- What are the physics cases that drive superb vertex resolution? How does
the physics performance vary with the radius of the first layer, the thickness
per layer, and the point resolution? What are the pros and cons of the various
technologies being considered for the vertex detector?
What performance can be expected for each technology? How much R&D is
required for each approach?
- How large are the systematic errors likely to be in aligning the tracking
systems? Will they limit momentum and impact parameter resolution? Are special
measures required for alignment?
- What R&D is required for each of the following ancillary systems:
a. Polarimetry
b. Energy Measurement
c. Differential Luminosity
d. Instantaneous Luminosity
- Compare the Tesla and NLC/JLC environments from the standpoint of the
various detector elements.
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| Last update April 23rd, 2001 by M.B. |
