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Dr Martin Fullekrug
Applications accepted all year round
Self-Funded PhD Students Only
About the Project
High precision electronic clocks are widely employed to synchronize distributed networks in many sectors, e.g. telecommunications, utilities, and security. The majority of these clocks utilise signals transmitted from Global Navigation Satellite Systems (GNSS). Considerable concern is developing at governmental level over the vulnerability of these signals which results in a renewed interest to use low frequency radio signals as a potential backup solution.
This project will use low frequency radio waves to generate high precision timing signals. The method uses existing radio transmitters to derive a timing signal with an accuracy which is comparable to the timing signal of GNSS which will be used by a network of recording stations to push forward the boundaries of scientific knowledge on the propagation of low frequency radio waves.
The PhD project is self funded but closely related to an ongoing project of the Science and Technology Facilities Research Council. The successful candidate holds a degree in Physics, Mathematics, or a closely related discipline, has gained experience with experimental work and/or software development and enjoys working in a team to publish results.
The project offers the opportunity towards a commercial technology spin-off in the area of high precision timing provision.
For any further inquiry contact Martin Fullekrug at [Email Address Removed]
Dr. Martin Fullekrug
Centre for Space, Atmospheric and Oceanic Science
phn: +44 1225 386053
www: http://www.bath.ac.uk/~eesmf
This project will use low frequency radio waves to generate high precision timing signals. The method uses existing radio transmitters to derive a timing signal with an accuracy which is comparable to the timing signal of GNSS which will be used by a network of recording stations to push forward the boundaries of scientific knowledge on the propagation of low frequency radio waves.
The PhD project is self funded but closely related to an ongoing project of the Science and Technology Facilities Research Council. The successful candidate holds a degree in Physics, Mathematics, or a closely related discipline, has gained experience with experimental work and/or software development and enjoys working in a team to publish results.
The project offers the opportunity towards a commercial technology spin-off in the area of high precision timing provision.
For any further inquiry contact Martin Fullekrug at [Email Address Removed]
Dr. Martin Fullekrug
Centre for Space, Atmospheric and Oceanic Science
phn: +44 1225 386053
www: http://www.bath.ac.uk/~eesmf
Funding Notes
Applications from self-funded students with finances secured are welcome.
Application guidance can be found at http://www.bath.ac.uk/study/pgresearch/ . Candidates are advised to contact the project supervisor before applying.
Prospective students should hold or expect to gain a First or Upper Second Class UK Honours degree, or the equivalent from an overseas institution.
Application guidance can be found at http://www.bath.ac.uk/study/pgresearch/ . Candidates are advised to contact the project supervisor before applying.
Prospective students should hold or expect to gain a First or Upper Second Class UK Honours degree, or the equivalent from an overseas institution.
