Flag job

Report

Research Assistant/Associate

Location

London

JobType

Full-Time

About the job

Info This job is sourced from a job board

About the role

The post arises from a collaboration funded by the EPSRC between the University of Exeter, King's College London, & Imperial College London with the objective of advancing our understanding of materials that vary in time. The successful applicant will be expected to work with Professor Rupert Oulton & Professor Riccardo Sapienza in London and our experimental collaborators to develop experiments in the field of metamaterials that vary in space and time. At Research Associate level: To carry out research programmes in photonic metamaterials, nanophotonics, ultrafast spectroscopy and structured light generation, undertake project management and/or supervise multi-disciplinary teams. The Research Associate will also be expected to submit publications to refereed journals and to attract external research funding. The main duties will include: Develop optical experiments to study optical metamaterials, to structure light in space and time and to use it to modulate materials. Characterisation of time-varying photonic metamaterials to identify and develop suitable techniques, and apparatus, for the collection and analysis of data. Fabricate the required nanostructures. Assist with the analysis of data.

About the company

Welcome to Imperial, a global top ten university where scientific imagination leads to world-changing impact. Join us and be part of something bigger. From global health to climate change, AI to business leadership, here at Imperial we navigate some of the world's toughest challenges. Whatever your role, your contribution will have a lasting impact. As a member of our vibrant community of 22,000 students and 8,000 staff, you'll collaborate with passionate minds across nine London campuses and a global network. This is your chance to help shape the future. We hope you'll join us at Imperial College London.

Skills

photonic metamaterials
nanophotonics
ultrafast spectroscopy
structured light generation