You won’t, because you fundamentally misunderstand what’s happening.

Well, that statement is completely incorrect. The magnetic field doesn’t attract particles, which I stated in my earlier comment. It only guides the particles towards the poles, particles which were already headed towards the planet after being emitted. It does not attract particles (pull, in your words) towards the planet that would otherwise miss it had the magnetic field not existed.

In fact, a stronger magnetic field would be a better shield to deflect particles away from a majority of the planet.

The more factors, the less secure. Each one you add is another potential exploitable authentication method. It’s only as secure as the least secure MFA method you add.

The absolute distance is extremely relevant to how many particles reach the planet, which in turn is extremely relevant to how bright the aurora is.

I don’t disagree with anything you said; but my point still stands. It’s nearly universally supported these days, even on cheap ass TVs.

For windows users I either point them to Plex so they can hop on my server, MPC-HC (from Klite codec pack), or VLC. In OPs case I’d just include VLC along with the video files.

My Plex users use a multitude of shitty TVs and old consoles, and they report no issues back to me. It’s not the same compatibility situation as it was years ago.

I don’t think you’re quite understanding the distances involved in what I’m getting at. The particle flux is minuscule, and it’s not the magnetic field that’s attracting particles. It’s only guiding the particles that were already headed towards the planet.

This planet would have great aurorae if it were near a star, but it’s not, so the magnetic field strength is kind of a moot point.

I’ve found x265 is pretty universally supported in 2025. I’ve switched all of my downloads for Plex over to 265 and none of my users have reported issues. My users are not particularly tech savvy and have a ton of diversity in their devices from cheap ass smart TVs, to consoles, to various mobile devices and computers.

I think it’s fairly safe to start getting everything in 265 and the space savings is significant. Very easy to get 4K HDR rips that look great for only 5-7 GB. HD rips can easily be 1-2 GB.

Include VLC if you need a player, but again I’ve found nearly everything plays 265 these days. It’s not nearly the compatibility issue it was years ago.

MP4 container, 265 video (w/ HDR10 layer if appropriate), Dolby digital audio (w/ Atmos track if appropriate) is what I usually look for these days for a balance of compatibility and quality.

No one:

Me: Once again the “no one:” format demonstrating how pointless it is, as cropping that bit out leads to the same thing.

Both the magnetic field strength and charged particle flux fall off proportional to the square of the distance from the planet / star respectively, so I doubt it gets much of anything even with a strong magnetic field unless it’s also near a star.

I’d also point out that the particles aren’t really attracted by the earths magnetic field, we’re just in the pathway, and the magnetic field funnels them to the poles. It’s more guidance than attraction.