Mathematics and Physics (IMFUFA)
In Physics and Mathematics, we conduct research on the basis of a holistic perspective characterized by the three aspects ‘In’, ‘About’ and ‘With’, which create synergy between the disciplines and establish a framework for interdisciplinary discussions.
- ‘In physics’, our basic scientific research is centred on the structure and dynamics of simple, soft and complex substances. We strive to acquire a fundamental understanding of the properties of materials on a scale ranging from the atomic and molecular to the macroscopic. Our methods are comprised of various types of experiments, in close interaction with computer simulations and mathematical modelling.
- ‘In mathematics’ is expressed through work with the basic scientific prerequisites for mathematical modelling, with a special focus on dynamic systems.
- The didactics of mathematics and physics form the framework for most of the research in ‘About mathematics and physics’, and in IMFUFA, ongoing reflection takes place in various ways on aspects of the subjects’ theory and scientific history.
- ‘With physics and mathematics’ is extended by mathematical modelling in biology and medicine, especially physiology and epidemiology. IMFUFA also houses the department’s combined interdisciplinary activities in epidemiology. The ‘With’ perspective is further extended by classical mathematical-physical modelling, based on our work with soft and amorphous substances. We are also involved in more application-oriented projects in collaboration with private and public external partners.
IMFUFA is a professional community in constant motion, and a centre for critical academic reflection. Our holistic perspective provides a fruitful framework for a unique international research environment in which researchers and students in both physics and mathematics enrich each other’s research focus and subjects in disciplines that are otherwise traditionally characterized by extreme specialization. IMFUFA possesses a highly specialized workshop, in which new experimental setups are continuously being developed in close collaboration between researchers and technicians.
IMFUFA also organizes a series of seminars that reflect the subject group’s broadly oriented research profile, seen from an ‘In’, ‘About’ and ‘With’ point of view, respectively. IMFUFA is an acronym for Indsatsområdet for Studiet af Matematik og Fysik samt deres Funktioner i Undervisning, Forskning og Anvendelser (Focus area for the Study of Mathematics and Physics and their Functions in Teaching, Research and Applications).
- IMFUFA is home to the research centre ‘Glass and Time’, which explores the dynamics of viscous liquids in an interplay between theory, simulation and experiment. The centre is a spin-off of the basic research centre of the same name (2005-2015).
- IMFUFA is the driving force behind FRUSTMI (the RUC Centre for Frustrated Molecular Interactions), which brings together all disciplines across the Department of Science and Environment with a focus on interdisciplinary problems in the self-organization of soft and biological materials.
- IMFUFA is involved in the research facilities ESS (European Spallation Source) and Max IV in Lund, Sweden, which will be the world’s leading centre for materials research with X-ray and neutron scattering.
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Mathemathics and Physics (IMFUFA) participates in a number of different research projects. Among them:
Childhood vaccination programs are often presented as one of the main reasons for the historic decline in infectious disease mortality. However, this subject has mainly been investigated in contemporary settings without the long view needed to gain a complete understanding of disease patterns after decades of vaccine use.
NORDEMICS: Pathogens, Pandemics and the Development of Nordic Societies
This project aimes to create a Nordic interdisciplinary consortium dedicated to understanding how factors such as urbanization, increased trade and travel, large-scale migration, vaccines and other public health interventions, climate change and ecological degradation influence the dynamics of epidemic and pandemic infections in human populations. The consortium will systematically study historical health data to understand the patterns of spread and health impact of such diseases in the Nordic countries over the last 300 years.
IMFUFA contributes to the following research centres:Centre for Frustrated Molecular Interactions (FRUSTMI)
Centre for Mathematical Modeling - Human Health and Disease (COMMAND)
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The research group IMFUFA has a highly specialized workshop, where new experimental designs are continuously being developed in close collaboration between scientists and technicians.
At Roskilde University there is an experimental set-up for rolling resistance testing. The set-up was developted and built in the IMFUFA workshop.
Publications
Active-parameter polydispersity in the 2d ABP Yukawa model
Saw, S., Costigliola, L. & Dyre, J. C., 4 Jan 2024, In: Journal of Physics Condensed Matter. 36, 14, 9 p., 145101.Research output: Contribution to journal › Journal article › Research › peer-review
A robust algorithm for computational floating body dynamics
Roenby, J., Aliyar, S. & Bredmose, H., 3 Apr 2024, In: Royal Society Open Science. 11, 4, 25 p., 231453.Research output: Contribution to journal › Journal article › Research › peer-review
Boltzmannfaktoren - breddeopgave 107, 108, 109 og 110 med didaktisk kommentar
Jensen, J. H., Aug 2024, In: Kvant. 2024, 2, p. 26-28 3 p.Research output: Contribution to journal › Journal article › Research
Press-media
Trumps nyudpegede minister bekymrer dansk ekspert: 'Det er måske den største trussel'
15/11/2024
1 item of Media coverage
Press/Media: Press / Media
Her er 3 oplagte alternativer til dyreforsøg. Så hvorfor bruger vi dem ikke?
18/10/2024
1 item of Media coverage
Press/Media: Press / Media
Forskere vil fremme forståelsen af bakteriel adfærd
Ottesen, J. T. & Alatraktchi, F. A.
17/10/2024
1 item of Media coverage
Press/Media: Press / Media
Insights
Base at Roskilde University
The research group is based at Department of Science and Environment
Related research units: Glass and time research centre // FRUSTMI research centre // PandeMix Center research centre // Centre for Mathematical Modeling - Human Health and Disease research centre
PhD school: Doctoral School of Science and Environment
Degree programmes: Physics // Physics and Scientific Modelling // Mathematical Bioscience // International Bachelor in Natural Sciences
Research from Roskilde University
More about the research group
Find additional information about IMFUFA:
Research Group website at Roskilde University Research Portal
Contact
Research group leader
Thomas Schrøder
Professor
Phone: +45 46 74 22 50
tbs@ruc.dk