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- | This science project was the creation of a simulation of a system of molecular motors and microtubules within living cells. The software toolkit that was used was StarLogo. The results of the project were a simulation of a molecular motor and microtubule system as well as an analysis of the emergent behavior between the particles. Specifically the effect of persistence length was investigated, and it was determined that there exists an optimum persistence length in such systems. My final powerpoint presentation is [[:start:classes:principlesofdesign:emergent_behavior_simulation.ppt|here]]. | + | This science project was the creation of a simulation of a system of molecular motors and microtubules within living cells. The software toolkit that was used was StarLogo. The results of the project were a simulation of a molecular motor and microtubule system as well as an analysis of the emergent behavior between the particles. Specifically the effect of persistence length was investigated, and it was determined that there exists an optimum persistence length in such systems. My final powerpoint presentation is {{:start:classes:principlesofdesign:emergent_behavior_simulation.ppt|here}}. |
{{:start:classes:principlesofdesign:emergent_behavior_simulation.jpg|}} | {{:start:classes:principlesofdesign:emergent_behavior_simulation.jpg|}} |