What are the fundamental constituents of matter and what forces act upon them? Particle physics is the subject that addresses the fundamental principles governing our world: forces and constituents. This understanding is formulated mathematically as theories (previously called laws of nature). The subject matter revolves through experimental explorations and development of theories and models. Today, our understanding is described by the Standard Model theory, which has exceptional predictive power but is incomplete. We explore the predictions of the Standard Model and seek a more complete understanding, i.e. beyond the Standard Model. In practice, we conduct the research in global experimental collaborations. Today, these experiments are mainly done at the LHC collider at CERN.
At the Physics Department at Lund University, the Particle Physics Division is involved in two major experiments at the LHC: ATLAS and ALICE. The ATLAS experiment is devoted to looking for physics beyond the Standard Model, whereas the ALICE experiment is designed to look at a new state of matter called quark-gluon plasma. As a Master’s student in particle physics, you will be given the opportunity to follow the progress of those experiments and to take an active part in looking at the data as it is recorded by the experiments. The students should be prepared to visit foreign research centres such as CERN for shorter periods.
For information on specialisations and elective courses, see the programme website: www.fysik.lu.se/english/education/start-studying/masters-program
The programme is ideal as the beginning of an academic career in particle physics, but also opens doors to other careers in a diversified society. During the programme, you will gain skills in physics and mathematics as well as computers, information technology, e-Science and other cutting-edge technologies used in the experiments. In addition to preparing the students for PhD studies in the field, the programme will also provide a suitable start for a future career at one of the international laboratories. As the experiments are performed in large international collaborations, the programme is also intended for those who plan a future working in an international environment. The programme also provides the same career options as the Master’s Programme in General Physics.
Learn more about this programme at www.lunduniversity.lu.se/physics-particle
Why Lund University?
Lund University was founded in 1666 and is one of northern Europe’s oldest, broadest and finest universities. The University ranks among the world's top 100 universities in the QS World University Rankings 2019 and is the #1 choice for international students coming to Sweden – one of the world's most innovative, sustainable and democratic countries.
If you would like to start building your international network in a global classroom setting, Lund University is a great option. Experience a different way of learning in a country ranked as one of the best in the world at providing higher education. Group work and informal teacher-student relationships facilitate in-depth learning.
The University is located in Lund, a charming and compact university city in southern Sweden, only 35 minutes away from Copenhagen Airport in Denmark. The city is famous for its vibrant student life and is also home to many world-leading research facilities and international companies.
Learn more about Lund University at www.lunduniversity.lu.se
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