Common lectures in Grenoble

ATTWOOD David

Introduction to synchrotron radiation, coherence and the evolution to free electron lasing (lecture 1)
X-ray optics and applications (lecture 2)

BALEDENT Victor

Introduction to neutron and X-ray inelastic scattering

BARENDS Thomas

Serial (femtosecond) crystallography

BARRETT Ray

Hard X-ray optics for synchrotron radiation beamlines

BRESSLER Christian

VLab: how to do your own ultrafast X-ray experiment

CLOETENS Peter

Full-field coherent imaging

CZAKKEL Orsolya

Neutron backscattering and spin-echo spectroscopies

DE BOISSIEU Marc

Introduction to the science at large scale facilities:
neutron, synchrotron and XFEL sources

FAVRE-NICOLIN Vincent

Data science: from big & open data to cloud computing

GRAAFSMA Heinz

Basic of X-ray detectors: how do they work and how are they characterised?

HARRISON Andrew

Introduction to interactions of X-rays and neutrons with matter (2 lectures)

LANGRIDGE Sean

Science at neutron spallation sources

MÜLLER Martin

Introduction to small angle scattering

PASCARELLI Sakura

Introduction to X-ray Spectroscopies (lecture 1)
Fundamentals of X-ray Absorption Fine Structure Spectroscopy (lecture 2)

PASCARELLI Sakura

XFELs and ultra fast applications

PILLET Sébastien

From a diffraction experiment to the crystal structure

PITHAN Linus

Machine and deep learning to data analysis

RENNIE Adrian

Soft Condensed Matter

TENGATTINI Alessandro

Introduction on neutron and X-ray imaging

WILDES Andrew

Neutrons: scattering and instrumentation (2 lectures)