lecturers and lectures planned for hercules 2022
session A: physics and chemistry of condensed matter
I - Interaction of radiation with matter: DIFFRACTION
|
T. Baumbach |
Dynamical diffraction theory |
|
R. Cerny |
Powder diffraction |
|
M. De Boissieu |
Disorder and its effects on neutron and X-ray diffraction |
|
E. Espinosa |
Single crystal structure analysis |
|
V. Favre-Nicolin |
Resonant diffraction (MAD, DAFS) |
|
S. Langridge |
Polarized neutrons: theoretical and experimental techniques |
|
N. Qureshi |
Magnetic neutron scattering |
|
O. Seeck |
Neutron and X-ray reflectometry |
|
U. Staub |
Polarized X-rays |
II - Interaction of radiation with matter: SPECTROSCOPY
|
O. Czakkel |
Neutron backscattering and spin-echo spectroscopies |
|
H. Dil |
Photoelectron spectroscopy from UV to soft X-rays |
|
G. Grübel |
X-ray photon correlation spectroscopy |
|
A. Juhin |
X-ray absorption spectroscopy: theoretical basis |
|
M. Le Tacon |
Inelastic X-ray scattering |
|
B. Lake |
Neutron triple axis spectroscopy |
|
T. Perring |
Neutron time of flight spectroscopy |
|
C. M. Schneider |
X-ray photoemission electron microscopy |
III - Interaction of radiation with matter: IMAGING
|
M. Guizar-Sicairos |
Coherent diffraction imaging and ptychography |
IV - SPECIAL TOPICS AND SELECTED EXAMPLES OF APPLICATIONS
|
A. Barnes |
Liquid and amorphous materials |
|
S. De Brion |
THz spectroscopy applied to multiferroic materials |
|
B. Hjörvarsson |
Magnetic X-ray and neutron reflectivity |
|
C. Callegari |
Coherent and transient states studied with X-rays FELS |
|
D. Gatta |
Earth and planetary science |
|
S. Lyonnard |
Materials for energy |
|
G. Renaud |
Solving surface problems using SR techniques |
|
G. Renaud |
Nanostructures in the light of synchrotron radiation |
|
A. Rennie |
Soft condensed matter |
|
S. Schoeder |
Ancient materials research with synchrotron and neutron techniques |