理学学士（荣誉）数学和天体物理学

数学对于科学研究是必不可少的-如果没有基础的数学理论，几乎没有科学发展的可能。更重要的是，物理学是科学的最基础，与物质和能量的性质和性质有关。在天文学现象的背景下，环境可能合谋产生极端的物理条件，例如重力，压力和温度。在这里，我们将对核心物理原理和定律的理解推到了绝对极限，从而提供了对宇宙本质的批判性新见解。该学位所涵盖的主题为我们现代技术和数据驱动型经济中的重要就业部门奠定了基础。作为一名研究生，您将开发出各种各样的工具来解决一系列科学和技术领域中的问题，并为金融和工业开发建模方法。我们相信，在教学和研
Mathematical models and applications are behind all of today's scientific developments. Physics is the most fundamental of the sciences, concerned with the nature and properties of matter and energy.This course combines modules from mathematics and astrophysics.<br><br>You will study both pure and application-driven mathematics. By the time you finish your degree, you will be able to use maths to solve practical problems. Computers are used extensively in modern maths and we will introduce you to various mathematical software preparing you for industry.<br><br>At the same time, you'll study astrophysics. You'll learn fundamental physics, from astronomical phenomena to quantum mechanics. As the course progresses, you'll study topics such as space physics and astronomy, stars and planetary systems, galaxies, and the universe.