Scientific groups
The ILL scientists are organised in scientific groups depending on the techniques, instrument and tools they work with. An overview is given below. For more detailed information please check the user pages
DIFFRACTION
The Diffraction group studies the structure of a wide range of materials. Neutron diffraction instruments are used to provide detailed insights into the arrangement of atoms within a material, helping scientists to understand its properties and behaviour.
Spectroscopy
The Spectroscopy group studies the dynamics of condensed matter samples such as powders, glasses and liquids. Neutron spectrometers are used to measure energy and momentum exchanges and analyse the collective motion of atoms and their magnetic moments.
Large Scale Structures
The LSS group measures structures on the scale of 1 to hundreds of nanometers. Dedicated neutron scattering instruments are used to study a diversity of systems including biological materials, polymers, and colloids. The group is responsible for a set of instruments based on different techniques, including small angle neutron scattering (SANS), reflectrometry, diffraction and neutron imaging.
Nuclear and particle physics
The NPP group uses unique instruments to examine key questions in nuclear and particle physics. They explore the structure and behavior of atomic nuclei and fundamental particles.
Theory
The Theory group assists ILL scientists and users in understanding and modelling neutron interactions with matter and the properties of the studied materials. Both computer simulations and theoretical calculations are used to support experimental projects.
BDCS
The Biology, Deuteration, Chemistry & Soft Matter group operates/develops user platforms that aim to enhance the quality, scope and throughput of neutron scattering studies of the structure and dynamics of biological systems. It has advanced capabilities in molecular biology, biochemistry and isotope labelling. Its facilities include dedicated deuteration and chemistry labs.