Movie Gallery

Everything on this page is intended for public distribution. Anyone is welcome to download, distribute, and share videos presented here under the Creative Commons Attribution 4.0 International License crediting the "THESAN Simulations" or "THESAN Collaboration". For any commercial (non-academic) uses please contact us first.

3D evolution of HI and ionizing radiation

Volume rendering of the HI fraction (left) and ionizing radiation field (right) in the Thesan-1 simulation. The top and bottom plots show the time evolution of these quantities, with the moving circle representing the time shown in the renderings.
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3D evolution of ionization fronts (360° video)

3D rendering of the evolution of reionization fronts in Thesan-1. Reionization fronts are defined as regions having an ionized fraction of 0.5 after being smoothed with a top-hat kernel of size approximately 0.5 Mpc.
   Use the mouse to change the view and look around (in browsers supporting this technology).
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Ionization fronts evolution in Thesan models

3D rendering of the evolution of reionization fronts in different simulations from the Thesan suite. Reionization fronts are defined as regions having an ionized fraction of 0.5 after being smoothed with a top-hat kernel of size approximately 0.5 Mpc.
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3D evolution of ionization fronts (flythrough)

3D rendering of the evolution of reionization fronts in Thesan-1. Reionization fronts are defined as regions having an ionized fraction of 0.5 after being smoothed with a top-hat kernel of size approximately 0.5 Mpc.
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Zoom-in on the most massive halo

Zoom-in on the most massive halo in Thesan-1 at z=5.5. The movie displays different quantities, namely gas density, metallicity, temperature, dust-to-metal ratio, magnetic field strength, and HI fraction.
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2D evolution of the 21cm signal

Evolution of the 21cm HI emission in a slice through the Thesan-1 simulation. The panel in the top right corner shows the evolution of the 21cm power spectrum.
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2D evolution of density and temperature

Evolution of the density (blue colors) and temperature (red colors) in a slice through the Thesan-1 simulation. The density is shown in the backgrounds, while the temperature field is shown in the foreground.
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Photon field evolution

Evolution of the ionizing photons field in Thesan-1. The movie shows the linear integral convolution of the photon number density with their flux on the plane of the image.
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