1 false ASTR3002 This course covers three main topics. Compact Objects: white dwarfs, neutron stars and black holes. Theoretical Cosmology: dark matter and dark energy, Universe models. Observational Cosmology: historical observations, distances, accelerating Universe and the cosmic background radiation. C 1 false 10295 <p>with MATH3052.</p> Assignments involving problem solving, computational, numerical methods, statistical, mathematical and essay writing components. 1 1 <p>On completion of this course students will be able to:</p><p>Apply the concepts of general relativity and quantum mechanics to the study of white dwarf, neutron stars and black holes; efficiently utilise tensor calculus and general relativity in the study of compact objects and cosmology; understand concepts and solve problems in compact star research and physical cosmology; understand and apply the mathematical and physical basis for modern cosmology; understand how the tools of observational astronomy are utilised to understand the evolution of the Universe; use computational and statistical tools to solve problems; write succinctly and coherently in these areas of science.</p> 9 Black Holes and the Universe 6 6 6 PHYS3001 and one of MATH2306, MATH2406 <p>PHYS2013, and one of MATH2305, MATH2405</p> Black Holes and the Universe Band 2 NP Astronomy and Astrophysics u4046746 9 2010