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as of the vast array of neutron applications in the most advanced fields of physics, chemistry, biology and materials science. The encyclopaedia is aimed at students, teachers, research institutes and ... detection; Sample environment. Applications Fundamental Research : Fundamental physics; Structural biology; Solid-state chemistry; Soft matter; ...

than existing spin-echo spectrometers. Typical applications for WASP are: Study of the motion of biological functional groups Diffusive dynamics in incoherent scatterers Dynamics in molecular magnets Dynamics

order, is a generic phenomenon seen in systems as different as disordered magnets, polymers, and biological substances. In spite of its universality and of intense experimental and theoretical efforts it

ion spin-echo instrument IN15 used for studying biological processes, is second to none in this respect. ILL scientists working in the field of biology are fully engaged in putting their expertise to the ... DNA-multiplication process that was developed in the mid-eighties and that you find today in all biological research laboratories. Researchers ...

ive and can penetrate deep into matter, they are an ideal probe for most materials – including biological samples. Neutrons also possess a magnetic dipole moment, enabling them to reveal precise information ... gives an introduction in Italian to neutron techniques, with applications in physics, chemistry, biology and earth sciences. Its first ...

semiconductors that combined biological (ionic) signalling with electronic conductivity. According to Dr. Guilbert, “for such applications, we are looking at transducing a biological signal in an electronic ... signal. Biological systems do not rely on electrons but rather on ions to conduct signals. One part of the molecule is designed for ...

Curriculum vitae Bachelor’s degree: BSc (Hons) Physics - University of Bath Master’s degree: MSc Biological Physics - University College London Interaction of intelligent drug delivery vehicles with model

hydrogen-metal systems, ionic conductors Dynamics of ’soft matter’, including gels, proteins and biological membranes Dynamics of quantum liquids Rotational tunnelling in molecular crystals Crystal field

variety of fields (biology, chemistry, soft matter, nuclear physics, materials science, etc.), involving both academic and industrial research. Amongst the latest achievements, biology experts at the ILL