FEL2014 - List of Authors (Kling, P.)

Paper	Title	Page
TUP003	Quantum FEL II: Many-electron Theory	348
	P. Kling, R. Sauerbrey HZDR, Dresden, Germany R. Endrich, E.A. Giese, W.P. Schleich Uni Ulm, Ulm, Germany
	We investigate the emergence of the quantum regime of the FEL when many electrons interact simultaneously with the wiggler and the laser field. We find the Quantum FEL as the limit where only two momentum states are populated by the electrons. Moreover, we obtain exponential gain-per-pass and start-up from vacuum.

TUP004	Quantum FEL I: Multi-mode Theory	353
	R. Endrich, E.A. Giese, W.P. Schleich Uni Ulm, Ulm, Germany P. Kling, R. Sauerbrey HZDR, Dresden, Germany
	The quantum regime of the FEL in a single-mode, single-particle approximation is characterized by a two-level behaviour of the center-of-mass motion of the electrons. We extend this model to include all modes of the radiation field and analyze the effect of spontaneous emission. In particular, we investigate this scattering mechanism to derive experimental conditions for realizing an FEL in the quantum regime.

Paper

Title

Page

Quantum FEL II: Many-electron Theory

348

P. Kling, R. Sauerbrey
HZDR, Dresden, Germany
R. Endrich, E.A. Giese, W.P. Schleich
Uni Ulm, Ulm, Germany

We investigate the emergence of the quantum regime of the FEL when many electrons interact simultaneously with the wiggler and the laser field. We find the Quantum FEL as the limit where only two momentum states are populated by the electrons. Moreover, we obtain exponential gain-per-pass and start-up from vacuum.

TUP004

Quantum FEL I: Multi-mode Theory

353

R. Endrich, E.A. Giese, W.P. Schleich
Uni Ulm, Ulm, Germany
P. Kling, R. Sauerbrey
HZDR, Dresden, Germany

The quantum regime of the FEL in a single-mode, single-particle approximation is characterized by a two-level behaviour of the center-of-mass motion of the electrons. We extend this model to include all modes of the radiation field and analyze the effect of spontaneous emission. In particular, we investigate this scattering mechanism to derive experimental conditions for realizing an FEL in the quantum regime.