~~It might have been an issue with my set-up. I was trying to use the Jellyfin web version from my computer, which probably was not serving the files correctly. I'll have to test again soon to see whether fixes were made in the last 2 years for it :)~~
Never mind. It's because I was using Firefox, which doesn't support x265 due to licensing issues.
Wait, does the pi4 support 265 now? I meddled around with it a few years ago, and it always had to transcode 265 to 264.
To offload the storage requirements of the instance you're posting in. If everyone starts uploading images directly in the comment, the server HDD/SDD will be overloaded. Consider using a third party service and posting the link from there instead!
Yup. I'd definitely use this. Do you plan on making a git for your work? Maybe some of us would pitch in to help.
I have 12, each with its own name haha. It's usually just a play on their species name though, so it is easier to remember initially :)
I wonder if this is also related to how humans have ruined some old forests' flora and fauna with improper replantation. Not sure where I saw this, but another article was suggesting that the way we have artificially replanted has led to less biodiversity due to every tree growing at the same time (thus limiting light and "food" for other organisms).
Of course, this wouldn't necessarily lead to a global change, but could be one of the pieces thst contribute to it. Even if we set up high-tech and efficient carbon farms, the planet will still struggle to maintain biodiversity...
Ah, I see what you mean! I thought that the content was not being retrieved quickly. Might be something wrong in the app, as phil just mentioned. For me, it works well on EMUI 12.
One of the devs answered above
It might be the server you're using. For example, lemmy.ml has been completely down for me. Switching to another account on different server made the app work instantly 🤔
I can't believe I see the day P3 is remastered. I do hope they keep some of the elements of P3P as well, while giving a better feel of the FES version.
Looks promising for small use-cases, but is it truly feasible?
Current brain stents are formed of titanium or a titanium-nickel alloy, which aren't very electrically conductive (given my understanding). As such, can these conduct the current such a long way to the lower-body, as they show there? What about additional interference along the way? The signal from those 16 end-points is bound to be jumbled around by the time it reaches the receptor near the chest.
Nevertheless, quite interesting! We need some safer alternatives to Neuralink if we want to promote safety in this area.