معرفی
Fredrik Ståhl serves as a Senior Lecturer at Mid Sweden University within the Faculty of Science, Technology and Media, specifically affiliated with the Department of Engineering, Mathematics and Subject Didactics. He holds a Doctor of Philosophy degree and maintains active research roles through the Sports Tech Research Centre, with physical presence in Östersund (Room Q281A).
His educational foundation includes doctoral research completed at Umeå University, culminating in the 2000 dissertation At the edge of space and time - exploring the b-boundary in general relativity. This early work established his expertise in mathematical relativity before his research trajectory evolved toward applied interdisciplinary domains.
Ståhl's research demonstrates a profound transition from theoretical physics to practical applications. Initial investigations centered on spacetime singularities and boundary constructions in general relativity, while recent work focuses on sports technology optimization and sustainability systems. His current projects—including Augmented Sports and the Mid Sweden Craft Brewing Lab—leverage mathematical modeling for athletic performance enhancement and regional sustainability frameworks, reflecting an integrative approach bridging engineering, environmental science, and human movement analysis.
Analysis of his publication history reveals three distinct research phases: foundational work in mathematical relativity (1997-2002), transitional biomechanics studies (2008), and current sustainability/sports technology applications (2013-2015). This evolution showcases increasing interdisciplinary collaboration, particularly with sustainability researchers like Skytt and Nielsen, while maintaining rigorous mathematical methodology throughout his career.
As an active member of the Sports Tech Research Centre, Ståhl contributes to projects examining human performance through computational modeling. His recent conference participations at the International Society for the Systems Sciences and Global Cleaner Production forums indicate strong engagement with global sustainability challenges, particularly through system modeling approaches for Anthropocene governance and long-term decision support tools.
