Basic Idea: an interactive activity that takes in a CD/EoR simulation and then shows the delay spectra based on the structure in that simulation image/cube.
Few notes:
1.) To better understand the fourier space, we can input combinations of foregrounds, noise and visualise how the P.S changes
2.) have images of each foreground, then turn each one on and off interactively, and see the "final" image and power spectrum
3.) for more "fun" you could also output a sound representation
4.) To make it more see to understand for first-time users: we could come up with some description like "average bubble separation, average bubble size"
Benefits:
would be great for intros and public talks from LoCo. This could be something new students - grad, undergrad, summer students and champ students could use
Basic Idea: an interactive activity that takes in a CD/EoR simulation and then shows the delay spectra based on the structure in that simulation image/cube.
Few notes: 1.) To better understand the fourier space, we can input combinations of foregrounds, noise and visualise how the P.S changes 2.) have images of each foreground, then turn each one on and off interactively, and see the "final" image and power spectrum 3.) for more "fun" you could also output a sound representation 4.) To make it more see to understand for first-time users: we could come up with some description like "average bubble separation, average bubble size"
Benefits: would be great for intros and public talks from LoCo. This could be something new students - grad, undergrad, summer students and champ students could use