THE UNIVERSITY OF NOTTINGHAM Recruitment Role Profile Form Job Title: Marie Skłodowska-Curie Fellow School of Chemistry, Faculty of Science School/Department: Salary: from £28,798 to £32,469 per annum in accordance with the EC Marie Skłodowska-Curie financial guidelines for this scheme Job Family and Level: Research and Teaching Offscale Contract Status: This post will be offered on a fixed-term contract for a period of 36 months Hours of Work: Full time 36.25 per week – Location: School of Chemistry, University Park, Nottingham, NG7 2RD Reporting to: Professor Katharine Reid Purpose of the New Role: The role is to conduct experimental laboratory research and data analysis in Chemical Physics and to participate in a European network and training programme. As part of a research team, the successful candidate will plan and perform photoelectron imaging experiments on moderately sized polyatomic molecules. These efforts will be pursued in the framework of the Marie Skłodowska-Curie Innovative Training Network (Angular Studies of “ASPIRE” Photoelectrons in Innovative Research Environments) which involves nine European partner laboratories. It is expected that the role-holder will engage in network-wide training events, public engagement activities and international collaboration through secondments, at industrial or academic partner institutions within the UK and EU. The overarching research theme of the ASPIRE network is the measurement of “molecular frame” (MF) photoelectron angular distributions (PADs) from isolated molecules of varying complexity. The role-holder’s goal is to implement alignment techniques and to measure and interpret photoelectron images resulting from the photoionization of aligned molecules. Main Responsibilities % time per year 1. Experimental work involving the measurement of photoelectron images 40% following the interaction of molecules with pulses of laser light. 2. Participation in secondment activities. 20% 3. Data analysis and interpretation. 10% 4. Contributing to the intellectual life of the ASPIRE EU network, including 10% interaction with other early stage researchers, participation in network meetings, and in discussions and online activity. 5. Familiarity with relevant scientific literature. 5%
THE UNIVERSITY OF NOTTINGHAM Recruitment Role Profile Form Job Title: Marie Skłodowska-Curie Fellow School/Department: School of Chemistry, Faculty of Science Salary: from £28,798 to £32,469 per annum in accordance with the EC Marie Skłodowska-Curie financial guidelines for this scheme Job Family and Level: Research and Teaching Offscale Contract Status: This post will be offered on a fixed-term contract for a period of 36 months Hours of Work: Full time – 36.25 per week Location: School of Chemistry, University Park, Nottingham, NG7 2RD Reporting to: Professor Katharine Reid Purpose of the New Role: The role is to conduct experimental laboratory research and data analysis in Chemical Physics and to participate in a European network and training programme. As part of a research team, the successful candidate will plan and perform photoelectron imaging experiments on moderately sized polyatomic molecules. These efforts will be pursued in the framework of the Marie Skłodowska-Curie Innovative Training Network “ASPIRE” (Angular Studies of Photoelectrons in Innovative Research Environments) which involves nine European partner laboratories. It is expected that the role-holder will engage in network-wide training events, public engagement activities and international collaboration through secondments, at industrial or academic partner institutions within the UK and EU. The overarching research theme of the ASPIRE network is the measurement of “molecular frame” (MF) photoelectron angular distributions (PADs) from isolated molecules of varying complexity. The role-holder’s goal is to implement alignment techniques and to measure and interpret photoelectron images resulting from the photoionization of aligned molecules. Main Responsibilities % time per year 1. Experimental work involving the measurement of photoelectron images following the interaction of molecules with pulses of laser light. 40% 2. Participation in secondment activities. 20% 3. Data analysis and interpretation. 10% 4. Contributing to the intellectual life of the ASPIRE EU network, including interaction with other early stage researchers, participation in network meetings, and in discussions and online activity. 10% 5. Familiarity with relevant scientific literature. 5%
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