University of Bologna

Master in Physics

物理学硕士课程旨在培养学生在扎实的跨学科科学背景的基础上，掌握不同物理学领域的技能。物理学毕业生因其开放的、多学科的态度以及运用科学方法分析复杂问题的能力而受到赞赏。

Applied Physics curriculum

学生将获得应用物理学感兴趣的主题的扎实知识，尤其注重实验方面。

The absence of a compulsory course allows students to plan their tailor-made curriculum. Depending on the chosen ECTS, students develop advanced skills in Medical Physics, Biophysics, Complex Systems, Computing, or Statistical Techniques for Data Analysis.

Materials Physics and Nanoscience curriculum

学生将获得凝聚态物理各个领域的扎实背景知识，重点关注纳米结构的特性。他们还将：

• have a deep understanding of condensed matter Physics in all its experimental and theoretical aspects;
• 管理用于材料和纳米结构分析的实验和建模工具。

Nuclear and Subnuclear Physics curriculum

学生将获得扎实的核物理和亚核物理知识，重点是实验方面。该课程丰富了理论物理的基本原理。学生还可以培养电子、计算或统计技术方面的高级技能。他们还将：

• 获得旨在深入了解与最先进的实验研究领域相关的现象的高级技能；
• be able to discuss the applications of nuclear and subnuclear physics in modern society.

Theoretical Physics curriculum

Students will acquire a solid background in all areas of theoretical physics, with emphasis on quantum field theoretical techniques applied to particles and strings, general relativity and cosmology, quantum mechanics, and statistical physics. They also will:

• have a deep understanding of contemporary physics in its theoretical and fundamental aspects;
• 了解描述和建模物理系统的高级数学和数值工具。

5 reasons to enroll in the degree program

1. You can choose to focus on different areas of fundamental and applied research
2. Courses taught in English and international exchange opportunities
3. You will gain competencies that are at the forefront of current research and its technological application
4. You will gain the necessary competencies to fulfill the requirements for attending training courses and becoming a secondary school teacher
5. You will gain interdisciplinary skills and competencies for scientific communication and planning