1.
Laser-accelerated
charge:
dynamics
and trajectories Postscript
2.
Fourier
spectrum
of a signal chirped by acceleration Postscript
3. Fourier theory of a periodic train of laser
pulses
Postscript
4.
a)You
and
your research (the "condensed" version) Postscript
b)You
and
your
research (the "original" version)
Pdf
5.
Isomorphism
between
train of pulses and multi-slit Young's interference
Pdf
6. The Wave Packet Representation
Postscript
7. Laser-Induced Electron
Dynamics Postscript
(last update:
8/22/2004)
8. Three
problems:
i) Charged particle in a generic e.m. field
Postscript
ii)
Charged
particle in the e.m. field of a generic plane wave
Postscript
iii)
Charged
particle in the e.m. field of a travelling plane wave Postscript
(last
update: 12/4/2004)
9. Laser-driven
particle
mechanics Postscript Pdf
(last
update: 11/17/2005)
10. Particle
scattering
by two colliding laser pulses Postscript Pdf (last
update
12/4/2005)
11. Movie of
charges moving in the
e.m. field of two counter propagating laser pulses
(last
update 2/9/2009)
12. Electron scattering
by the intense
few-cycle laser
fi21ds of a planar geometrys Postscript
Pdf
(last update
9/21/2009)
13. Snell's Law
and Refraction of
Electron World Lines by Intense Laser
Fields Postscript
Pdf
(last updated
11/06/2008)
14. Characteristic
Radiation
Impedance of Free Space Postscript
Pdf
(last
updated 11/06/2008)
16. Movie
of two counter-propagating
pulses -- one long, the other short -- interacting
with 4000 initially
stationary charges (last update
2/18/2009)
Reading
list:
- 1a
- T.W.B.
Kibble.
Refraction of electron beams by intense
electromagnetic waves.
Physical Review Letter, 23:1054-1056, 1966.
1b
T.W.B Kibble.
Mutual
Refraction of
Electrons and Photons
Physical Review,
150:1060-1069,
1966
- 2
- E.S.
Sarachik and
G.T. Schappert.
Classical theory of the scattering of intense laser
tadiation by free
electrons.
Physical Review D, 1:2738-2753,
1970.
- 3
-
J.N.
Bardsley and B.M. Penetrante.
Relativistic dynamics of electrons in intense laser
fields.
Physical Review A, 40:3823-3835,
1989.
- 4
-
C.I. Moore,
J.P. Knauer, and D.D. Meyerhofer.
Observation of the transition from thompson to
compton scattering
in multiphoton interactions with low-energy
electrons.
Physical Review Letter, 74:2439-2442, 1995.
- 5
- David D.
Meyerhofer.
High-intensity-laser-electron scattering.
IEEE Journal of Quantum Electronics,
33:1935-1941, 1997.
- 6
-
J.L.
Chaloupka and D.D. Meyerhofer.
Observation of electron trapping in an intense laser
beam.
Physical Review Letters, 83:4538-4541,
1999.
- 7
-
C. Bamber,
D.D. Meyerhofer, K.T. McDonald, et al.
Studies of nonlinear qed in collisions of 46.6 gev
electrons with
intense laser pulses.
Physical Review D, 60:092003-1, 1999.
8
Th.
Udem,
J. Reichert, R. Holzwarth, and T.W.
Haensch.
Accurate
measurement of large frequency difference with a
mode-locked laser.
Optics
Letters, 24:881-883, 1999.
9
J. Reichert,
R. Holzwarth,
Th. Udem, and T.W. Haensch.