Speaker
Dr
Adam Para
(Fermilab)
Description
Particle Flow Calorimetry promises an excellent jet energy resolution by
combining the momentum measurement, electromagnetic calorimeter and using
the hadron calorimeter for neutral hadron only. This technique depends on the
ability of separation of energy deposits of separate particles and thus on the
spatial density of particles in the calorimeter. We investigate the variation of
the particle densities for different physics processes and center-of-mass energies
to evaluate validity proofs-of-concept of the PFA algorithms. Demonstration of the
performance of the PFA calorimetry relies primarily on the detector simulation
tools. We investigate current uncertainties of the simulation tools and try to
outline possible experimental tests for simulations tools and for the PFA
calorimeter.
Author
Dr
Adam Para
(Fermilab)
