41 optimization-nonlinear-functions Fellowship positions at UNIVERSITY OF SOUTHAMPTON in United Kingdom
Sort by
Refine Your Search
-
interactions across a range of physical platforms to build large-scale, hybrid quantum networks. Our work spans rare-earth-ion-doped solids, alkali vapours, quantum dots, and nonlinear photonic media, aiming
-
that can be designed and optimised for both passive and active photonic components, allowing for the full suite of device functionality to be incorporated via simple and low-cost processes on a single
-
and environment can be part of the role, including performing in vitro and, where necessary, in vivo (animal models) studies in preparation of potential first-human studies. For this purpose, there will
-
; therefore, knowledge of the mechanisms of disease mediated by the interaction of the tumour B-cell receptor and environment can be part of the role, including performing in vitro and, where necessary, in vivo
-
child health. The position is based at the MRC Lifecourse Epidemiology Centre, and part of an NIHR-funded programme of research which aims to inform how people can be better supported to plan and prepare
-
) and the School of Chemistry (Prof Andrew Hector and Prof Nuria Garcia-Araez). Your role will involve glass manufacture, characterisation and development of the fusion draw process. You will work closely
-
multidisciplinary research team who are evaluating a social prescribing intervention for people living with dementia. The work will involve conducting qualitative interviews and focus groups with people living with
-
the Optoelectronics Research Centre and School of Engineering (Prof Chris Holmes and Dr Pier Sazio) and the School of Chemistry (Prof Andrew Hector and Prof Nuria Garcia-Araez). Your role will involve glass manufacture
-
at the University of Southampton. You will join a large multidisciplinary research team who are evaluating a social prescribing intervention for people living with dementia. The work will involve conducting
-
molecules. The successful candidate will work in close collaboration with theoretical collaborators (Karl Michael Ziems, Southampton, and Sonia Coriani, DTK) to develop our understanding of satellite state in