lecturers and lectures planned for hercules 2022
BASIC METHODS AND INSTRUMENTS
C. Alba-Simionesco |
Introduction to neutron and X-ray inelastic scattering |
D. Attwood |
Introduction to synchrotron radiation, coherence and the evolution to free electron lasing |
D. Attwood |
X-rays optics and applications |
T. Barends |
Serial (femtosecond) crystallography |
R. Barrett |
Hard X-ray optics for synchrotron radiation beamlines |
P. Cloetens |
Full-field coherent imaging |
M. de Boissieu |
Introduction to the science at large scale facilities: |
M. de Boissieu |
From a diffraction experiment to the crystal structure |
V. Favre-Nicolin |
Data science: from big & open data to cloud computing |
H. Graafsma |
Basic of X-ray Detectors: How do they work and how are they characterised ? |
A. Harrisson |
Introduction to interactions of X-rays and neutrons with matter |
S. Langridge |
Science at neutron spallation sources: exploiting accelerator based facilities |
F. Marone Welfod |
Introduction to imaging techniques |
M. Müller |
Introduction to small angle scattering |
S. Pascarelli |
Introduction to X-ray spectroscopies |
S. Pascarelli |
Free Electron Lasers and ultra fast applications |
S. Schoeder |
Ancient materials research with synchrotron and neutron techniques |
A. Wildes |
Neutrons: scattering and instrumentation |
REFRESHER LECTURES & TRAINING
E. Belorizky |
Quantum Mechanics (online lecture slides) |
C. Boote |
Fourier Transform: basic concepts (online lecture slides) |
B. Grenier |
Crystallography |
L. Paolasini |
Introduction to magnetism (for session A only) |
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C. Colin & B. Grenier |
Training on crystallography (exercises) |