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Robert Rutledge (McGill University)05/12/2016, 10:00
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Tolga Guver (Istanbul University)05/12/2016, 11:00
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Joonas Nättilä (Tuorla Observatory & Nordita)05/12/2016, 11:30
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Dr Nicolas Chamel (Université Libre de Bruxelles)05/12/2016, 14:00
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Armen Sedrakian (Frankfurt University)05/12/2016, 15:00
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05/12/2016, 16:30
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Roberto de Pietri (Parma University)06/12/2016, 10:00
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Vasileios Paschalidis06/12/2016, 11:00
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Matthias Hempel (Basel University)06/12/2016, 11:30
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Kai Hebeler (TU Darmstadt)06/12/2016, 14:00
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Arianna Carbone (TU Darmstadt)06/12/2016, 15:00
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Laura Tolos (University of Groningen)06/12/2016, 15:30
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06/12/2016, 16:30
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Wolfram Weise (TU Munich)07/12/2016, 10:00
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David Blaschke (University of Wroclaw)07/12/2016, 11:00
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Stefan Schramm07/12/2016, 11:30
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Luciano Rezzolla (Goethe University Frankfurt)07/12/2016, 14:00
I will argue that if black holes represent one the most fascinating implications of Einstein's theory of gravity, neutron stars in binary system are arguably its richest laboratory, where gravity blends with astrophysics and particle physics. I will discuss the rapid recent progress made in modelling these systems and show how the inspiral and merger of a binary system of neutron stars is more...
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Kent Yagi (Princeton University)07/12/2016, 15:30
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07/12/2016, 16:00
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Konstantinos Kokkotas08/12/2016, 10:00
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Niko Jokela08/12/2016, 11:00
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Andreas Schmitt (University of Southampton)08/12/2016, 11:30
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Eduardo Fraga (Universidade Federal do Rio de Janeiro)08/12/2016, 14:00
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Tyler Gorda (University of Helsinki)08/12/2016, 15:00
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Juergen Schaffner-Bielich (Frankfurt University)08/12/2016, 15:30
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08/12/2016, 16:30
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Kai Schwenzer (Washington University)09/12/2016, 10:00
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Alfredo Leonardo Urbano (CERN)09/12/2016, 11:00
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James Lattimer09/12/2016, 13:00
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09/12/2016, 14:00
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silvia zane (university college London)
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Samaya Nissanke
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