Meet Our Team
We like a flat, non-hierarchical, open working environment where everyone’s opinions are valued and welcomed. Drop in to IceLab to chat over fika any time!
Get involved with IceLab.
Generation and analysis of big data to decode bacterial side of host-pathogen interplay. Passionate about visual arts.
Biophysics and Biophotonics.
Exploring eco-evolutionary processes with mathematics.
Fighting bacterial pathogens using bioinformatics. Food, wine, and cat enthusiast.
Fascinated by the microbial world. Traveling is my adrenaline.
Ecological Dynamics. Takes pleasure in finding things out about the real world and the models we make of it.
Computational modeller of large-scale cancer signaling pathways for fun.
How timing affects growth in plants.
Nature lover, botanist and florist.
Nature lover, botanist and florist.
Bacterial adaptation mechanisms.
Loves the feeling of being on the road.
Loves the feeling of being on the road.
Understanding biology by developing new technology.
Dancer and tinkerer.
Dancer and tinkerer.
Metabolic regulations in response to stress/sustainable food production with muti-trophic farming. Need more time to improve my golf handicap!
Environmental science
Climate change and marine ecosystems
Exploring the function of inland water networks.
Major transitions in evolution.
Keen on charismatic microfauna.
Keen on charismatic microfauna.
Predicting experimental evolution.
Be wrong often or your ideas are not bold enough.
Be wrong often or your ideas are not bold enough.
Deciphering the life of a cell with physics. Loves crafting new ideas.
Exploring light-matter interactions at the nanoscale. Aldapan gora, pausorik pauso.
Uncovering biological mechanisms using symmetry and geometry.
Unravelling the mechanisms regulating cell shape coordination during plant morphogenesis. Likes photography.
Bridging epidemiological modelling and public policy.
Network Science.
Cries over melting snow.
Cries over melting snow.
Looking at the spreading dynamics of emerging infectious diseases using mathematical modeling.
Regulation and control of cellular energy metabolism.
Linking genome variation to phenotype in forest trees.
Deciphering host receptor configurations for oral bacteria.
Cell adhesion and mechanical signaling during plant development.
Likes tinkering with technology and enjoying nature.
Likes tinkering with technology and enjoying nature.
Uses mathematical modelling, simulation and statistics to study problems in social science. Has a growing interest in the field of Complexity Regional Science.
“Nothing puzzles me more than time and space; and yet nothing troubles me less, as I never think about them.” – (Charles Lamb)
Communications
Likes the fuzzy edges of science.
Likes the fuzzy edges of science.
Network Science. Likes books, movies and theater.
Network Biology and plant responses to stress. Loves football, retro video games and enjoys nature.
Understanding causality and causal relationships.
Collects interests and pastimes as a hobby.
Collects interests and pastimes as a hobby.
Theoretical and applied biodiversity research.
Silly problems, quick solutions.
Silly problems, quick solutions.
Disruption of symbiosis in tropical corals and other organisms.
Weird jokes as a way of life.
Weird jokes as a way of life.
Network science and visualizations. Believes a user interface is like a joke. If you have to explain it, it’s not that good.
Theoretical ecologist working on sustainable multi-trophic farming system. Loves being in nature, daydreaming about existence.
Modelling arctic soil networks. Likes to associate unrelated thoughts.
Circadian rhythms in plant gene expression. Let’s go exploring!
Bacterial cell wall systems biology
Modelling microbial gene regulation and evolution. Passionate about cinema as an art form.
Using models and simulations to study the social evolution of microbes, viruses, and endosymbiosis.
Environmental influence on the basic building blocks of life. Takes joy in the little things.
Gaining insight into the transmission and mitigation of infectious diseases through mathematics. Enjoys trying new things and gaining new perspectives.
Resolving microbial genomes in complex communities at the single-cell level Loves nature’s sounds of serenity and enjoys the little things in life!
Machine learning. Likes books, movies and soccer.
Understanding complex systems with statistical physics methodology. It will all work out somehow.
Network theory applied to epidemiology and ecology.
DNA methylation and its role in aging. Skiing, hiking, Brazilian jiu-jitsu.
Modelling ecosystem function relationships. Loves going on long walks with music and/or people.
Modelling phytoplankton dynamics using partial differential equations.
Loves fly fishing and cats.
Loves fly fishing and cats.
Modeling the DNA in the cell.
Lives for food, drink and music.
Lives for food, drink and music.
Network science.
Hooked on football, surfing, and cross-country skiing.
Hooked on football, surfing, and cross-country skiing.
Understanding multicellularity through mathematics.
Enjoys getting lost with challenging problems.
Enjoys getting lost with challenging problems.