Speaker
Brendon Madison
(University of Kansas)
Description
Our recent work has shown that a novel, ultra-high granularity,
forward calorimetry concept can enable much more detailed and precise
reconstruction than the compact baseline designs based on LEP luminometers, together
with the capability of electron/positron/photon separation.
In this contribution we will highlight the significantly more precise
measurements of photon four-vectors using both much better sampling for
high performance energy resolution (4%/$\sqrt{E}$) and the use of the energy deposition
around the initial photon conversion point rather than the traditional shower
center-of-gravity based estimates. We will also include related results on shower fitting.
Primary author
Brendon Madison
(University of Kansas)
