Events
Seminars, presentations, and milestones from the Computational Physics group at the University of Oslo. Our events bring together students, researchers, and collaborators to share progress across topics ranging from quantum mechanical methods to large-scale simulations.
Education Prize awarded to the Computational Physics group
September 2015The university board recognised the Computational Physics group with an Education Prize for its contributions to integrating computational methods into the physics curriculum.
National education prize awarded to Professor Anders-Malthe Sørenssen
January 2015Professor Anders-Malthe Sørenssen received a national education prize, highlighting the group's impact on physics teaching and computational science education in Norway.
University of Oslo at the education fair in Oslo Spektrum
February 2014Svenn-Arne Dragly represented the University of Oslo at the national education fair held at Oslo Spektrum, showcasing computational physics to prospective students.
3D Neuron Scene created in Blender
February 2015Milad Mobarhan shared a 3D neuron scene built in Blender, reflecting the group's interest in computational neuroscience and scientific visualisation.
Technical workshops: code licenses and MCALab on Ubuntu
November 2014Group members held discussions on choosing appropriate code licenses and setting up MCALab on Ubuntu, supporting best practices in research software development.
Stay updated
For the latest news and technical updates from the group, visit the Blog.
The events calendar for the Computational Physics group brings together researchers, students, and collaborators around shared interests in numerical methods and physical simulation. Regular seminars feature talks on topics ranging from quantum mechanical systems to the flow of liquids through porous media, reflecting the group's broad research span. These gatherings provide a platform for presenting new results, discussing methodological challenges, and exploring emerging techniques in high-performance computing. Attendees range from experienced faculty to early-stage graduate students, and the informal atmosphere encourages questions and cross-disciplinary exchange. Keeping an eye on the events page ensures you won't miss opportunities to engage with the latest developments in the field.
Workshops and hackathons form a central part of the group's event offerings, giving participants hands-on experience with computational tools and coding practices. These intensive sessions often focus on applying simulation methods to real physical systems, from dense matter physics to neutron star modeling. Participants work through guided exercises, share strategies for efficient code design, and learn how to harness cluster computing resources effectively. The collaborative environment mirrors the group's emphasis on open development and reproducible research. Whether you are new to computational physics or an experienced practitioner, these practical events offer valuable opportunities to deepen your technical skills and connect with peers working on similar problems.
The annual Olav Thon Foundation event, hosted in collaboration with the University of Oslo, highlights outstanding contributions to education and research in the natural sciences. This gathering brings together award recipients, faculty, and invited guests for a program of lectures, discussions, and networking. The Computational Physics group has been proud to participate in these celebrations, which recognize exceptional quality in teaching and the modernization of physics curricula. The event underscores the department's commitment to fostering a vibrant educational environment and rewarding those who push the boundaries of how physics is taught and communicated. Attending offers a chance to witness the recognition of excellence firsthand.
Special guest lectures and invited talks provide a window into cutting-edge research happening beyond the local community. Visitors from other institutions present their work on topics such as statistical mechanics, quantum simulations, and visualization techniques for complex physical data. These events are typically open to all and are designed to spark new ideas and potential collaborations. The relaxed format often includes time for informal conversation over coffee, allowing students and researchers to ask questions and explore shared interests. By regularly attending these talks, members of the group stay connected to the wider computational physics landscape and bring fresh perspectives back to their own projects and studies.