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Quantum state of matter in a gravitational field was first observed with neutrons in 2000 But why neutrons? As gravitation is a very weak force, quantum phenomena can only be observed using very small

4 new instruments during the second phase (2009-2018) IN16 B A totally renewed backscattering spectrometer built using a high-efficiency phase-space transformer ThALES The new generation cold three-ax

A view of the instrument housing By 2009, the instrument GRANIT was being built in the reactor hall of the ILL. We see here its housing located on the left side of the guide shielding and close to the

A general view of the instrument This drawing shows the instrument IN11 in its setup C (see the layout).

Requesting access to the Chemistry and Soft Matter Laboratories 1. Request access to the laboratories in the proposal Tick the box corresponding to the relevant laboratories 2. Request access to the l

Instrument co-responsible on D17 Main areas of expertise : E-mail ayscough(at)ill.fr Location Science Building | Third floor | 334 Phone + 33 (0)4 76 20 71 63 Instr. phone + 33 (0)4 76 20 70 77 Digita

jkln:nnkl!lien vers waste This section sets out some basic guidelines for the use of the ILL chemistry laboratories. However, it cannot replace in-depth chemistry and safety training or provide detail

Overview RICOCHET is an international collaboration aiming to explore the Coherent Elastic Neutrino-Nucleus Scattering (CeνNS), a long-predicted interaction that was observed experimentally only in 20

The RICOCHET experiment’s array of 18 germanium cryogenic calorimeters, each housed in an individual copper casing and arranged in two levels of nine detectors. PhD student Elspeth Cudmore (University