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For many years, the departments within the Faculty of Fine and Performing Arts have educated outstanding artists, performing artists, actors and musicians. Here are some of the alumni who have studied with us over the years. Gizem Kling Erdogan The 2015 Acting Programme, Photo: Angelique Johner Marcus Bäckerud Master’s programme, violin 2023, Photo: Malmö Live Gustav Lindh Acting Programme 2017, P

https://www.arts.lu.se/about-us/alumni-faculty-fine-and-performing-arts - 2026-10-11

12 November 2026 19:00 | Concert Maja S. K. Ratkje is an acclaimed Norwegian avant-garde vocalist and electronics pioneer delivering a highly anticipated, improvised solo performance blending raw vocal expression with live processing.From November 12–14, 2026, TEKNO takes over Malmö for three intensive days of installations, concerts, sound walks, and youth workshops.FREE ENTRYAn immersive opening

https://www.arts.lu.se/calendar/tekno-festival-maja-s-k-ratkje - 2026-10-11

4 November 2026 17:00 to 18:30 | Performance, Other Performative lecture Turning attention to the inner dimensions, this performative lecture follows the echoic reverberations spanning across personal lives. Extending from a close reading of Clarice Lispector’s enigmatic work Aqua Viva, Brandon LaBelle carefully attends to his own memories, particularly tracing the story of his great-grandmother a

https://www.arts.lu.se/calendar/brandon-labelle-silent-noises-meditation-x - 2026-10-11

22 October 2026 17:00 to 22 November 2026 16:00 | Exhibition The Edstrandska Foundation awards three of Sweden’s largest art scholarships, as well as four scholarships to recent Master’s graduates. In collaboration with the Malmö Art Academy, the scholarship recipients will exhibit their works in a group exhibition opening on 22 October. This year, the Edstrand Scholarship Foundation has awarded a

https://www.arts.lu.se/calendar/edstrandska-scholarship-exhibition-2026 - 2026-10-11

Here are the cources that have been cancelled and we don't give anymore. Student Counsellor Karl Ljungstudievagledare [at] geol [dot] lu [dot] se (studievagledare[at]geol[dot]lu[dot]se)

https://www.geology.lu.se/education/programme-structure/cancelled-courses - 2026-10-11

Quaternary geology and landscape dynamics This course provides you with the tools and knowledge needed to analyze and understand the processes that have shaped and continue to transform today’s landscapes. You will engage with complex questions concerning how landscape development is linked to climate change, erosion issues, pollution, and water dynamics. The course offers both theoretical insight

https://www.geology.lu.se/education/programme-structure/geom22 - 2026-10-11

The Department of Geology includes two sub-units organized around broad themes; Bedrock Geology and Quaternary Sciences. An important strategy is to increase collaboration across research themes. Below we present our eight research themes in short. The structure of overall research themes at the Department of Geology. The two rings represent the two units Bedrock Geology and Quaternary Sciences. T

https://www.geology.lu.se/research - 2026-10-11

Master of Science in Geology  Master of Science in GeologyThe Dept. of Geology at Lund University offers a two-year Master's programme (120 ECTS credits) in geology. The MSc programme covers nearly all aspects of geology, from minerals to climate change and the evolution of life. It aims at providing students with a breadth of knowledge and exposure to areas at the cutting edge of geological resea

https://www.geology.lu.se/education - 2026-10-11

https://www.geology.lu.se/about-us/documents - 2026-10-11

Department of Geology research strategy 2014-2020 (pdf, new tab)VR evaluation (pdf, new tab)Swedish Quaternary Association

https://www.geology.lu.se/research/links-and-documents - 2026-10-11

Department of Geology at Lund is a vibrant workplace and melting pot of broad geoscientific research and teaching at the university's most research-intensive faculty. We study our planet's structure and history, and have the entire globe as a workplace. Our teachers and researchers are experts in the processes and materials that built and are still building our planet. We work in a variety of geos

https://www.geology.lu.se/about-us - 2026-10-11

Palaeoecological methods and environmental analysis, 15 ECTS credits You might wonder what changes the environment has undergone since the last ice age until today? How has the landscape changed and how have flora and fauna responded to variations in climate and in human activity?If you attend this course, you will be able to answer such questions and not least obtain knowledge of up-to-date metho

https://www.geology.lu.se/education/programme-structure/cancelled-courses/geon06-cancelled - 2026-10-11

Marine Geology and Environmental Change,15 ECTS credits Do you want to learn more about the oceans, how they function today and how they functioned in the past? Then this course is for you. It is at advanced level and focuses initially on circulation patterns in the oceans, marine sedimentation processes and depositional environments, nutrient cycles, marine life habitats and ecosystems. Thereafte

https://www.geology.lu.se/education/programme-structure/geon08 - 2026-10-11

Quaternary climate and glaciation history,15 ECTS credits Cancelled VT 2021 What is the explanation for repeated glaciations during the past few million years and how many glaciations have there actually been? How much and how fast has Earth’s climate varied, what are the mechanisms behind major climate changes and how do we know? How has the landscape, vegetation and human life been affected by t

https://www.geology.lu.se/education/programme-structure/geon07-cancelled - 2026-10-11

Magmatic petrology, Geochemistry and Geochronology,15 ECTS credits Planet Earth was formed 4,560 Ma and its differentiation into crust, mantle and core occurred shortly thereafter. Continuous magmatism in various plate tectonic settings, in combination with processes related to melting and magma differentiation, has led to the wide spectra of igneous rock distinctive of Earth’s crust. We learn to

https://www.geology.lu.se/education/programme-structure/geom11 - 2026-10-11

Evolution of the Biosphere, Palaeoecology and Palaeontology, 15 ECTS credits The fossil record reveals that life has changed dramatically since it originated, and that evolution is intimately associated with changes in physical conditions on our planet. Not only have the various groups of organisms evolved but also the biosphere, as a whole, has changed conspicuously since its origin over 3.500 mi

https://www.geology.lu.se/education/programme-structure/geom09 - 2026-10-11

Metamorphic Petrology and Structural Geology, 15 ECTS credits Metamorphic processes have reshaped the crust since the formation of planet Earth. Metamorphism, involving essentially reactions in the solid state, takes place where rocks are subjected to temperature and pressure conditions different from those where they originally formed. New minerals form by chemical reactions, often in the presenc

https://www.geology.lu.se/education/programme-structure/geom08 - 2026-10-11

Sedimentary Geology and Basin Analysis, 15 ECTS credits Sedimentary basins are erosional remnants comprising hundreds to thousands of meters thick strata and preserved in regionally widespread, natural or fault-controlled depressions in the crystalline bedrock. They are represented from all tectonic environments and contain Earth's deposits of coal, oil and gas. They are therefore of great economi

https://www.geology.lu.se/education/programme-structure/geom12 - 2026-10-11

Master´s Degree Project in Geology, 45 ECTS credits If you are planning to do a Master's degree project you need to approach one or several of our teachers whose research is in line with your interests within the field of geology. You should do this well in advance of the start of your project for discussions about possible tasks. Alternatively, you can approach an external partner, for example to

https://www.geology.lu.se/geor02 - 2026-10-11

Luminescence dating is a geochronological technique that spans the Late Quaternary, and can be used in both geological and archaeological applications. It uses the natural emission of light from mineral grains (namely quartz and feldspar) to inform us about the age of events ranging from the deposition of beach sediments in storm events, change in climatic conditions, and the making of pottery and

https://www.geology.lu.se/research/laboratories-equipment/lund-luminescence-laboratory - 2026-10-11