专业详情

From the infinitely minuscule to the infinitely massive, the universe around us teems with mysteries. Ever since the dawn of time, humanity has questioned the nature of things as well as the laws that govern the workings of everything. Curiosity is the physicist’s first motive and has led to discoveries as fascinating as the structure of the atom, the theory of relativity, quantum physics or DNA’s double helix.

Physics is one of the most crucial sciences for making sense of the world around us.

From the tiniest particle moving around in the nucleus of an atom to infinitely vast galaxies, its scope covers the entire universe. Observing and describing the components of matter, their properties, and the forces which govern them and their effects in a quantitative and conceptual manner is what drives physicists.

But physics is also about discovering new natural phenomena and predicting the behavior of previously unknown components. With the help of mathematics, physicists look to develop models which enable what is hidden in the boundaries of time, space, and matter to be explained.

Along with mathematics, physics is one of the bases of any engineering training. It consequently plays a key role in improving quality of life. Many fields such as materials science, microtechnology, and biotechnology increasingly depend on the understanding of physical phenomena. The development of new energy sources is also closely tied into fundamental research in physics, using and developing modern experimental means and the most advanced theoretical knowledge.