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How I built intuition about Gaussian processes from a PDE.
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A look at my academic lineage.
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Simulating the deformation of red blood cells and how they would look under DIC microscopy.
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My Raspberry Pi watches a plant grow.
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A two week experiment with my new Raspberry Pi.
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Simulating sedimenting particles in Stokes flow with Barnes–Hut.
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Simulating a Newton’s cradle with magnetic interactions, and how long-range forces break the clean transfer of energy.
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Combining GPS and topographic data to find the perfect winter walk time for my parents.
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From topographic data and solar geometry to the optimal reading time on my parent's terrace.
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Using elevation data from my watch to analyze pacing strategies at the Harvard Stadium, and finding out what my best runs have in common.
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A probability model for how many times you need to toss potatoes in a pan so each side gets cooked.
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Modeling run time using temperature, sleep, and training history, with linear regression and Sobol indices.
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A 3D-printed robot for testing learned fluid controllers: from simulations to a robotics prize.
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How I built a custom site with code snippets, citations, and full control.
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How I downloaded, cleaned, and merged my Garmin and weather data to build a useful personal dataset.