Keymer Lab

to study the physics and evolution of biological complexity

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      • Juan Keymer | 纪胡安
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          • bio 4043 | 年 2016 | evolution
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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

First Metacommunity field of bugs Motility and dispersal across MHPs cells

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