Job profile

We are seeking an enthusiastic postdoctoral researcher with excellent skills in physics & numerical modelling, to develop a predictive model based on a ground-breaking theory called quantised inertia. The numerical model will be used to design a new kind of thruster.

The new theory suggests that inertia is caused by an interaction between Unruh radiation and matter. It explains, for example, galaxy rotation without dark matter, but in order to enable accurate experimental tests of the theory, it must be fully coded into a numerical model that can predict exactly how Unruh radiation will push on any given configuration of matter. Your role will be to do this coding.

You must have a PhD in physics, experience in translating physics into numerical models, an understanding of the interaction between radiation and matter, quantum mechanics and relativity. Experience of COMSOL and java will be an advantage.

You will work with Dr Mike McCulloch. The post includes short trips to Dresden (Germany) and Madrid (Spain) to liaise with groups who are setting up experiments.

 

For more information on the role and informal inquiries please contact Dr McCulloch at (mike.mcculloch@plymouth.ac.uk)

This is a full-time role working 37 hours per week on a fixed-term basis for a period of 14 months due to funding. 

The University of Plymouth is committed to equality of opportunity, promoting a diverse and inclusive culture, demonstrated through our commitment to the gender equality Athena SWAN Charter and as a Stonewall diversity champion. All applications will be judged solely on merit, however, we particularly welcome applications from groups currently under-represented in the workforce, for example black and minority ethnic groups. 

University of Plymouth holds a TEF (Teaching Excellence and Student Outcomes Framework) Silver by the Office for Students.