This is not about learning to use the tech. This is about how the tech allows the studios to radically cut work for writers, or drive their wages down. This is about distributing the wealth that comes from LLMs and the new gen of AI.
mkhoury
joined 2 years ago
I don't see anymars wrong with it
Here are a couple of ideas:
- Nextcloud to host your files and replace GDocs/Office
- Home Assistant to control your smart home
- Plex + Radarr/Sonarr to replace streaming sites
- RSS Feed Reader to read news and blogs (sorry can't remember the name from my phone)
- Single user ActivityPub instances
- Host your own blog site
I'm sure there's more
I don't see how one invalidates the other. Amazon's predatory practices have killed off the competition and created a sizable price gap. Not everyone has the luxury of voting with their money.
Wow, none of the things you mentioned makes me want to use it.
Thanks for the explanation though!
This was a super useful. Thank you so much. Looking forward to reading this quarter's book now!
The laws are great... For rich people.
I have that issue with my Kobo. It takes a few seconds to load some pages.
I'm not sure, but OP specifies code being restricted to GPL, not all assets.
I mean you wouldn't need to test every piece of material coming out of your production line, but you might want to run them on some representative sample to ensure the consistency and quality of your production process. Small changes in your production process can veer you away from perfect superconductivity, and so you want to test at a high enough resolution to ensure it's working as expected.
I think there's a decent chance this new material could be mass produced if the superconductivity holds up. The synthesis seems pretty straightforward - just a solid state reaction at high temp using commercially available stuff like PbO and Cu. No crazy high pressures needed either.
The key strained interfaces are made by substituting some Cu for Pb, so they'd need good process control to get that 0.48% shrinkage right every time. And you'd need access to testing gear like XRD and SQUID to validate the superconductivity, which might limit who can manufacture it at first.
But on the whole, seems like existing ceramic production lines could likely be adapted to churn out boatloads of this material if there's demand. The superconductivity at 400K would be a total game changer if confirmed. Fingers crossed they can work out any kinks in scaling up production, because I'd love to see some real world applications!
That's always been the case, though, imo. People had to make time for art. They had to go to galleries, see plays and listen to music. To me it's about the fair promotion of art, and the ability for the art enjoyer to find art that they themselves enjoy rather than what some business model requires of them, and the ability for art creators to find a niche and to be able to work on their art as much as they would want to.