Keymer Lab

to study the physics and evolution of biological complexity

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      • Juan Keymer | 纪胡安
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Video Talks:[2016 Shenzhen Assembly] [Physics Approach to Simplify Biocomplexity]

Slideshow

First Metacommunity COLLISION Figure4_BMC_microbio nnano_cover_AUG152.jpg bacterialhea.jpg Topic-Image Ising-like genetic nets Levin tensor Clustering and population nucleation MHP life cluster Individuality and boundaries field of bugs field of bugs field of bugs field of bugs 4 for one and one for 4. to group or not to group Age and dispersal in E. coli Population branching Collective dispersal Controlling cell shape Colision of demographic Wave interaction and population mechanics Metacommunity waves Spatial mosaics of bacteria competition for space Geometrical E coli cells Metapopulation in space and time Publish or perish! :( Contact Process Prisoner dilemma Contact Process Prisoner dilemma mooie Delft Ecological corridor Motility and dispersal across MHPs Shape shifting E. coli Arrays of MHPs as adaptive landscapes Pumping motile bacteria local_cluster_algorithm_crop Cluster phenotypes Cluster phenotypes MHP: Prisoner dilemma in a micro patch Micro-scale ecological corridor Forking fruiting bodies Wave-mechanics of bacterial populations Autopoietic machine prison rg_plate_2 rg_plate_3 s_wave_population_dynamics MHP neighborhood SEM crowd of bugs single_to_pop Bacterial dynamics in space and time Rock-Paper-Scisser game in space (theory) Von Neumann neighborhood and nanoslit-based ecosystem services Radia plate growth cells Theoretical demogrphics Isolated MHPs and habitat reservoirsTwo isogenic populations (except for chromosomal markers GFP and RFP) invading a landscape from left and right (horizontally). Time (vertically) every 10 minutes.

Images

4 for one and one for 4. Ecological corridor Shape shifting E. coli single_to_pop

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