4. Strange New Worlds: Searching for Exoplanets
5. Searching for Tatooine (Planets orbiting binary stars) 6. Tracing the dust around nearby, sun-like stars as analogues to our solar system 7. Complex abundances in Galactic star clusters 8. The Formation of Molecular Clouds in our Galaxy 9. The 100 million solar mass rotating molecular ring at the...
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| Language: | English |
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| Online Access: | http://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.641.6899 http://www.phys.unsw.edu.au/COURSES/HONOURS/pdf/current_projects.pdf |
| Summary: | 5. Searching for Tatooine (Planets orbiting binary stars) 6. Tracing the dust around nearby, sun-like stars as analogues to our solar system 7. Complex abundances in Galactic star clusters 8. The Formation of Molecular Clouds in our Galaxy 9. The 100 million solar mass rotating molecular ring at the centre of our Galaxy 10. Big bang nucleosynthesis – the primordial deuterium abundance 11. Testing the isotropy of the universe 12. Space-time variations of fundamental constants using radio astronomy 13. Space-time variations of the fine structure constant; optical quasar spectroscopy 14. Analysis of astronomical data from Antarctica 15. State-of-charge measurements for lithium iron phosphate batteries 16. Characterising the performance of a near-infrared spectrometer for Antarctica |
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