Speaker
Fatema Tanjia
(NA)
Description
A new theoretical approach to describe the dynamics of the relativistic charged-particle beam propagation via
the generation of wake field is provided. The wake field is derived starting from the Lagrangian of a relativistic
test charged particle. The beam dynamics is described using the appropriate Hamiltonian for the beam particle
and a quantum description is provided using a recently developed theory. The eective Hamiltonian shows a new
additional slow response eect to the longitudinal dynamics due to the relativistic propagation of the beam in a
longer time scale. Using such approach, further study of the eects of both the transverse (focusing/defocusing)
and the longitudinal (acceleration/deceleration) components of the wake field in the self-consistent PWF excitation
is proposed.
Primary author
Fatema Tanjia
(NA)
Co-authors
Prof.
Dusan Jovanovic
(Institute of Physics Belgrade, Serbia)
Prof.
Renato Fedele
(NA)
Dr
Sergio De Nicola
(University of Napoli and CNR)
