Astrophysics in Antarctica - Extreme Environment for Extreme Discoveries

Antarctica has always been a fascinating place for us. Especially as the extreme environment of Antarctica is suitable for extreme science, such as neutrino and cosmic microwave background measurements. Queen Mary are hosting leading scientists from the UK who are working on astrophysics research on Antarctica.

Abstract : Due to their favourable mass-radius ratios, current technical means enable characterization of the bulk properties of small planets around low-mass stars. I will review the current techniques to detect them and the unique opportunities they offer for follow-up.

Theorists invited to suggest project ideas for incusion in PLATO 2.0 at Queen Mary workshop. On the 4th and 5th of September, Queen Mary University of London will host a workshop to shape the objectives of the European Space Agency (ESA) PLATO mission.

Physics and Astronomy at Queen Mary University of London is ranked joint 1st in London with an overall student satisfaction rate of 94 per cent, according to the latest results of a nationwide poll of final-year undergraduates.

Bitumen experiment at QMUL

Dr Kostya Trachenko is interviewed by the BBC and appears on the BBC News Website discussing his experiment with bitumen.  Dr Trachenko set up the experiment together with our undergraduate students, placing bitumen in five separate

Lord Rutherford of Nelson

STFC's prestigious five-year fellowships are open to early career researchers of any nationality in the areas of Astronomy, Solar and Planetary Science, Cosmology, Particle Astrophysics and Particle Physics (including String Theory).

Contact-binary comet nucleus observed by Rosetta

The Astronomy Unit's Iwan Williams is a co-Investigator on the Comet Nucleus Sampling Experiment (CONSERT) on the Rosetta mission to comet 67P/Churyumov–Gerasimenko.

Jim Cronin accepting a copy of the Physics of the B Factories during the 50 years of CP violation conference at QMUL

July 2014 marks the 50th anniversary of the discovery of CP violation. This is a tiny difference between matter and antimatter that is vital for the Universe to have evolved into its matter dominated state. We heard about this discovery from one of the co-discoverers of the phenomenon, Jim Cronin. Following this talk Makoto Kobayashi, who with his collaborator Maskawa, wrote down our current model of CP violation in the CKM matrix told his part of the story. This was the start to a two day event at QMUL to explore the past (and future) studies during the 50 years of CP violation conference.

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