SPIN YOUR THESIS
The Spin Your Thesis 2021! programme is one of
the programmes of ESA and allows students to perform their own gravity-related research.
This is particularly catered towards PhD and Masters students in order for them to do their
respective theses utilising simulated hypergravity.
Our programme started with a proposal submitted in September 2019; this included preliminary
experiment design, theoretical research and project planning.
Having received the confirmation of acceptance in December, the programme included a 1.5-week
training in January.
From thereonwards mentors have been further supervising the project, through means of design reviews
and experiment reports.
Although the experiment will be built and tested at our own facilities in Durham, the actual
experiment campaign week, which is set for September, will take place at the ESA ESTEC Life,
Physical Sciences and Life Support Laboratory.
The experiment execution will be followed by a period of data analysis and publication; the latter
of which ranges from journal publications to conferences and presentations.
See the links below for more information
The stories, updates and information on the European Space Agency their Spin Your Thesis 2021! programme.
The Spin Your Thesis! (SYT) programme offers university students (bachelor, master and PhD levels) the opportunity to perform scientific or technological research in hypergravity conditions in a number of fields...
The programme Spin Your Thesis! is composed of 5 main phases, from the idea of the experiment to the data analysis.
Three university teams were selected by the Spin Your Thesis! Selection Board to perform their student experiments in hypergravity at the end of next year.
As three Durham University (United Kingdom) undergraduate Physics students, we aim to investigate the exact behaviour of NFAL in hypergravity and therewith further our understanding of this phenomenon.
A Large Diameter Centrifuge (LDC) has been developed by ESA allowing the acquisition of measurement points in the range from 1 to 20 g.
The Lab supports work on life and physical sciences instrumentation and experiments for microgravity research, life support and environmental control and other exploration related activities...
While defining their projects, applicants should carefully read the ‘LDC User Manual’ and should keep in mind the constraints that apply to the experiments.