Physics and Astronomy

Model how dark matter and baryons change the cosmic dawn 21-cm signal, then build a forecast for HERA using public cosmology tools.

Model baryon-to-meson ratios in Pythia 8, compare them with ALICE Open Data, and build skills in simulation, fitting, and residual analysis.

Record ground noise, build spectra, and test how storm and traffic signals appear in seismic data using Bayesian source inversion.

Build a Cd-vs-extension curve for morphing shapes and learn how drag changes with form, motion, and fluid speed in a simple test setup.

Build and test a thermoacoustic engine, then model Rayleigh onset and stack porosity effects with Python and acoustic data.

Model moiré flat bands on a laptop, test twist-angle tuning, and learn how tight-binding simulations turn band structure into real data.

Build a low-cost microrheology setup to measure how mucus analogs resist flow, track beads, and compare viscoelastic behavior.

Model vocal tract resonance, predict formant shifts from swelling, and test your results with phone recordings and MRI-based geometry data.

Model circumbinary planet stability with REBOUND, test resonance gaps, and build data skills in orbital dynamics, simulation analysis, and plotting.

Measure rope coiling in viscous fluids, fit scaling laws, and compare how height and viscosity shift the coiling regime.