Dynamical friction in ultra-faint galaxies removes central dark matter via star-DM interactions, forming cores and compact stellar clusters with binaries.
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STEPSIC is an open-source code that produces first- and second-order LPT initial conditions for stereographic, cylindrical, and arbitrary-aspect-ratio cuboid domains, achieving sub-percent power spectrum accuracy against linear theory and other generators.
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Collisional Dynamics of Stars and Dark Matter in Ultra-Faint Galaxies
Dynamical friction in ultra-faint galaxies removes central dark matter via star-DM interactions, forming cores and compact stellar clusters with binaries.
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STEPSIC: Initial condition generator for stereographic cosmological simulations
STEPSIC is an open-source code that produces first- and second-order LPT initial conditions for stereographic, cylindrical, and arbitrary-aspect-ratio cuboid domains, achieving sub-percent power spectrum accuracy against linear theory and other generators.