Part I: Nuclear DynamicPart I: Nuclear DynamicWWPart I: Nuclear Dynamic

Wie entsteht kollektives VerhaltenWie entsteht kollektives VerhaltenWWWie entsteht kollektives Verhalten

Aggregation without AttractionAggregation without AttractionWWAggregation without Attraction

Copy of Quantitative regulation of the dynamic steady state of actin networksCopy of Quantitative regulation of the dynamic steady state of actin networksWWCopy of Quantitative regulation of the dynamic steady state of actin networks

SMBSMBWWSMB

Modelling of travelling waves in bacterial swarmsModelling of travelling waves in bacterial swarmsWWModelling of travelling waves in bacterial swarms

Part II: Aggregation without AttractionPart II: Aggregation without AttractionWWPart II: Aggregation without Attraction

BMC/BAMC Aggregation without AttractionBMC/BAMC Aggregation without AttractionWWBMC/BAMC Aggregation without Attraction

BMC/BAMC Counter-propagating wave patterns in a swarm model with memoryBMC/BAMC Counter-propagating wave patterns in a swarm model with memoryWWBMC/BAMC Counter-propagating wave patterns in a swarm model with memory

New Research OverviewNew Research OverviewWWNew Research Overview

IPLS Meet-upIPLS Meet-upWWIPLS Meet-up

Group Meeting: Collective Swimming through Fluid & ObstaclesGroup Meeting: Collective Swimming through Fluid & ObstaclesWWGroup Meeting: Collective Swimming through Fluid & Obstacles

Research OverviewResearch OverviewWWResearch Overview

Aggregation without AttractionAggregation without AttractionWWAggregation without Attraction

Explaining the dynamic steady state of actin networksExplaining the dynamic steady state of actin networksWWExplaining the dynamic steady state of actin networks

Counter-propagating wave patterns in a swarm model with memoryCounter-propagating wave patterns in a swarm model with memoryWWCounter-propagating wave patterns in a swarm model with memory

Collective Swimming through ObstaclesCollective Swimming through ObstaclesWWCollective Swimming through Obstacles

Can Computers Learn how Animals Flock?Can Computers Learn how Animals Flock?WWCan Computers Learn how Animals Flock?

UCL Biomath: Cell movement across scalesUCL Biomath: Cell movement across scalesWWUCL Biomath: Cell movement across scales

UCL: Collective Dynamics in Cell PopulationsUCL: Collective Dynamics in Cell PopulationsWWUCL: Collective Dynamics in Cell Populations

Oxford: Mathematical Modeling of CellsOxford: Mathematical Modeling of CellsWWOxford: Mathematical Modeling of Cells

Warwick: Collective Dynamics in Cell PopulationsWarwick: Collective Dynamics in Cell PopulationsWWWarwick: Collective Dynamics in Cell Populations

Mathematical Modeling of Positioning and Size Scaling of Nuclei in Multi-nucleated Muscle CellsMathematical Modeling of Positioning and Size Scaling of Nuclei in Multi-nucleated Muscle CellsWWMathematical Modeling of Positioning and Size Scaling of Nuclei in Multi-nucleated Muscle Cells

WCCM18 Mechanical Positioning of Multiple Myonuclei in Muscle CellsWCCM18 Mechanical Positioning of Multiple Myonuclei in Muscle CellsWWWCCM18 Mechanical Positioning of Multiple Myonuclei in Muscle Cells

ICMS: From bacterial swarms to muscle cellsICMS: From bacterial swarms to muscle cellsWWICMS: From bacterial swarms to muscle cells

Traveling Waves in Cell PopulationsTraveling Waves in Cell PopulationsWWTraveling Waves in Cell Populations

Mechanical Positioning of Multiple Myonuclei in Muscle CellsMechanical Positioning of Multiple Myonuclei in Muscle CellsWWMechanical Positioning of Multiple Myonuclei in Muscle Cells

Mechanical Positioning of Multiple Myonuclei in Muscle CellsMechanical Positioning of Multiple Myonuclei in Muscle CellsWWMechanical Positioning of Multiple Myonuclei in Muscle Cells

UBC: Traveling Waves in Cell PopulationsUBC: Traveling Waves in Cell PopulationsWWUBC: Traveling Waves in Cell Populations

DK Vienna: Traveling Waves in MyxobacteriaDK Vienna: Traveling Waves in MyxobacteriaWWDK Vienna: Traveling Waves in Myxobacteria

Mathematical ModelingMathematical ModelingWWMathematical Modeling

Nuclear Positioning in Multinucleated Muscle CellsNuclear Positioning in Multinucleated Muscle CellsWWNuclear Positioning in Multinucleated Muscle Cells

UA - Numerical AnalysisUA - Numerical AnalysisWWUA - Numerical Analysis

Cell Movement - Zooming InCell Movement - Zooming InWWCell Movement - Zooming In

Untitled PreziUntitled PreziWWUntitled Prezi

Einmal Asien und ZurückEinmal Asien und ZurückWWEinmal Asien und Zurück

Untitled PreziUntitled PreziWWUntitled Prezi

Cell Movement - Zooming InCell Movement - Zooming InWWCell Movement - Zooming In

Presentation DefensioPresentation DefensioWWPresentation Defensio

Zooming In and OutZooming In and OutWWZooming In and Out

Lamellipodium FEMLamellipodium FEMWWLamellipodium FEM

ICIAM 2015: Myxobacteria - To Collide or Not To Collide?ICIAM 2015: Myxobacteria - To Collide or Not To Collide?WWICIAM 2015: Myxobacteria - To Collide or Not To Collide?

Wie krabbeln Zellen?Wie krabbeln Zellen?WWWie krabbeln Zellen?

Myxobacteria - To Collide or Not To Collide?Myxobacteria - To Collide or Not To Collide?WWMyxobacteria - To Collide or Not To Collide?

Understanding the LamellipodiumUnderstanding the LamellipodiumWWUnderstanding the Lamellipodium