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liquids. No polarized neutron option is available currently nor is foreseen in the near future. The instrument includes the possibility to strike the interface from above or below the sample in a wide q-range

making it possible to fully simulate a neutron experiment, i.e. to simulate the neutron source, the instrument optics, the sample and the resulting spectra. However this tool still has to be validated through

coherence Solid-state physics Experimental techniques and their possible technological applications. Instrument layout The GRANIT spectrometer will be a unique tool for carrying out a wide range of investigations

of this ground-breaking experiment. GRANIT is based on the same approach but with much improved instrument setup and neutron flux. The experiment consisted in making the neutron enter a gravitational potential

the data.The geometrical angular size of the mirror was 30.5%. No example is available for this instrument since it is not yet commissioned. However, the validity of the assumptions on which the design

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

movie shows the very first steps of an experiment performed on IN20 in 2008 on parahydrogen. The instrument was operated in the TASSE mode combing both neutron triple axis spectrometry (TAS), which provides

Instrument layout

IN4C - High-flux time-of-flight spectrometer IN4C is a high-flux time-of-flight spectrometer used for the study of excitations in condensed matter. It works in the thermal neutron energy range (10-100

A general view of the instrument The photo shows the location of IN4C in the reactor hall. The instrument itself is hidden below a heavy concret shielding.