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.
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.
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.
Uncovering biological mechanisms using symmetry and geometry.
Bridging epidemiological modelling and public policy.
Network Science.
Cries over melting snow.
Cries over melting snow.
Regulation and control of cellular energy metabolism.
Linking genome variation to phenotype in forest trees.
Cell adhesion and mechanical signaling during plant development.
Likes tinkering with technology and enjoying nature.
Likes tinkering with technology and enjoying nature.
Untangling the complexity of gene regulatory networks in prokaryotes.
Artificial intelligence enthusiast.
Artificial intelligence enthusiast.
Applied Mathematics. Loves travel, music and movies.
Circadian rhythms in plant gene expression. Let’s go exploring!
Using models and simulations to study the social evolution of microbes, viruses, and endosymbiosis.
Network Science. Likes books, movies and theater.
Environmental influence on the basic building blocks of life. Takes joy in the little things.
Computer Vision helps to understand the visual world deeply. Honest and simple and believes in loving life.
Communications
Likes the fuzzy edges of science.
Likes the fuzzy edges of science.
Network Science and Autonomous Systems.
Into Haskell and Dancing.
Into Haskell and Dancing.
Network science and visualizations. Believes a user interface is like a joke. If you have to explain it, it’s not that good.
Mapping the spread of influenza in Sweden.
Believes in the power of transdisciplinary science.
Believes in the power of transdisciplinary science.
Network theory applied to epidemiology and ecology.
Network Biology and plant responses to stress. Loves football, retro video games and enjoys nature.
Origin of Eukaryotic Endosymbiosis.
Enjoys occasional swingouts on the dance floor.
Enjoys occasional swingouts on the dance floor.
Network science to see the DNA in 3D.
Enjoys visual art captured in cities and nature.
Enjoys visual art captured in cities and nature.
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.
Networks and visualizations.
Enjoys infinite higher-order walks on the beach.
Enjoys infinite higher-order walks on the beach.
Evolution of multicellularity & Life Cycles.
Loves learning new things.
Loves learning new things.
Understanding epigenetics through modelling and bioinformatics.
Stories are everything.
Stories are everything.