A collection of simulations based on famous labs. This README offers brief summaries about the different projects. View each project's folder to see specific features and run instructions.
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Automatically generates ionic compounds and quizzes the user on their solubility. |
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Offers a particle based simulation of 1D Brownian motion, then shows that it is analogous to a 1D random walk by comparing the dependences of displacement and mean-squared-distance to time. Also simulates random walks in n-dimensions, and shows visual animations of 1D, 2D, and 3D random walks. |
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A simulator of the Luria-Delbrück Fluctuation Test, which showed that the "mutation hypothesis"--that mutations arose randomly independent of their environment--was correct, as opposed to the "acquired immunity hypothesis"--that mutations occured as an adaptive response to an environmental stimulus. |
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A simulation of a run-and-tumble chemotaxis on a linear chemical gradient. |