

Makes sense to me. Search indices tend to store large amounts of copyrighted material yet they don’t violate copyright. What matters is whether or not you’re redistributing illegal copies of the material.
Makes sense to me. Search indices tend to store large amounts of copyrighted material yet they don’t violate copyright. What matters is whether or not you’re redistributing illegal copies of the material.
If I understand correctly they are ruling you can by a book once, and redistribute the information to as many people you want without consequences. Aka 1 student should be able to buy a textbook and redistribute it to all other students for free. (Yet the rules only work for companies apparently, as the students would still be committing a crime)
A student can absolutely buy a text book and then teach the other students the information in it for free. That’s not redistribution. Redistribution would mean making copies of the book to hand out. That’s illegal for people and companies.
It seems like a lot of people misunderstand copyright so let’s be clear: the answer is yes. You can absolutely digitize your books. You can rip your movies and store them on a home server and run them through compression algorithms.
Copyright exists to prevent others from redistributing your work so as long as you’re doing all of that for personal use, the copyright owner has no say over what you do with it.
You even have some degree of latitude to create and distribute transformative works with a violation only occurring when you distribute something pretty damn close to a copy of the original. Some perfectly legal examples: create a word cloud of a book, analyze the tone of news article to help you trade stocks, produce an image containing the most prominent color in every frame of a movie, or create a search index of the words found on all websites on the internet.
You can absolutely do the same kinds of things an AI does with a work as a human.
Also magenta. Actually, white and black too.
Oh look what was just posted today: https://youtu.be/Cp5oajtBbtg
TLDW: It’s been proposed. Turn’s out it’s really hard to even do that.
I think the problem that you’re going to imagine a good analogy for this is that orbital dynamics works in sort of (but not really) an unintuitive way.
An object in an elliptical orbit around earth is moving slowest at its furthest point from the earth. Like a thrown ball that slows when it reaches the top of its trajectory. That object is moving fastest at the point that it’s closest to earth.
So you have this dynamic where if you decelerate it changes your orbit such that you’re increasing the speed you’ll be moving on opposite point of your orbit. E.g. if you decelerate at your slowest (furthest) point, it brings your closest approach point closer to earth and you’ll be moving even faster when you get there.
You can decelerate at your closest approach point but eventually it brings the opposite end of your orbit closer to earth than you are, and then you’ll fall and of course speed up again. There’s no real way around this. You’re going to be moving fast when you approach earth unless you’re doing a lot of very active deceleration.
KSP player here. So, you know, ignore me.
But let’s consider how you’d rendezvous two objects. You’d want your asteroid to have an orbit around the Sun that is very nearly the same orbit as Earth’s. A perigee that just kisses the Earth’s orbital ellipse and an apogee that’s slightly further from the sun. You’d want the asteroid to approach its perigee at the same time as Earth approaches that same point in space. Then they’d have very close to 0 relative velocity, with the asteroid moving slightly faster around the Sun than the Earth. So you just bleed off some of the asteroid’s velocity through whatever magical explanation you want… such that your asteroid has 0 relative velocity with Earth, giving it the exact same orbit as Earth. I.e. from Earth’s perspective it’s just floating there motionless in space.
Problem is that this only works for a rendezvous between two very light objects with very small gravitational effects between them. The Earth is massive enough that the effects from Earth’s gravitation would overtake the Sun’s as the asteroid approaches Earth. Then, yeah, the asteroid becomes a falling rock with a lot of energy so I don’t think any of this works.
It’s still an unsettled question if we even do
Wikipedia has a whole list of citations on this very sentence lol.
There is near unanimous consensus among economists that tariffs are self-defeating and have a negative effect on economic growth and economic welfare
Tariffs are a net negative. Always. The things produced will not be competitive on the global market, if they were, we’d already be making them. The higher prices always destroy more jobs than they create. Retaliatory tariffs destroy even more jobs. The higher prices drive down demand and make the working class consumer poorer. Always.
There’s no economic upside to tariffs, over any time horizon. They create a small number of jobs in a specific sector at a very expensive cost. Some politicians might decide that the enormous economic cost is worth it for other reasons, but a net positive they are not.
I wouldn’t base your decision on what Lemmy says. They’re pretty unreasonably salty about the game. Reviews from players are very positive and the game’s only $23 right now.
If “casual” and “relaxing” are dirty words for you, then it probably isn’t up your alley. It’s certainly not going to be intense and action packed (though it does have its moments). But it’s a good game if you, like me, sometimes get tired of the sweaty online shit, crunchy brain melting games, and the overall weight of life in the real.
I work at a pretty progressive company (comparatively but definitely not perfect) and DEI there has nothing to do with preferential treatment, nor does it need to be.
The fact is that if you want to hire the top X people in the labor market, but your hiring and business practices exclude, say, half of that market, you absolutely will not get the actual top X. You will have to reach deeper into your half and be forced to pick people that are less qualified and/or capable.
So DEI, at least where I’m at, is about widening that pool so that you can actually get top talent. That means reevaluating your business practices to figure out why you’re excluding top talent. Maybe your recruiters always go to specific colleges for recruitment and certain websites. Maybe just the way they’re talking to candidates is more attractive to a certain type of person. Maybe you’ve got hiring requirements and an interview process that is not actually predictive of success. Maybe candidates are looking for some benefit that you’re not offering. Everything needs to be looked at.
For example, “Women just want more flexible working arrangements so that’s why we can’t get them” is something I hear often. Well, have you actually evaluated why your company is so inflexible? Is it actually necessary? Or are your executives a bunch of people who learned how to manage in the 20th century and haven’t changed since then? Maybe there are things you can do to enter the 21st century and make room for more women, not just because they’re women, but because you gain access to people who are actually better at their job than the ones you’ve had. Not every company can be supremely flexible, of course, but the number of times that inflexibility is actually necessary of much smaller than its prevalence.
The demographic breakdown of your workforce is a quick and easy weathervane to help figure out how these efforts but of course they’re not everything. Diversity comes in maybe forms, not just skin color and genitals. But in my company they’re used in a backwards looking manner, to see how new policies are working, not for quota filling and preferential treatment.
Maybe a helpful visualization is one of the precursors to quantum field theory, Dirac’s sea.
The idea is that you can think of a particle as sitting on top of the surface of the “sea” while an anti particle is represented by a hole in the surface, large enough to fit one particle. When a particle encounters such a hole, it naturally drops down into it and settles there. This essentially “destroys” both the particle and the hole (the anti particle).
So essentially the opposite charge, spin, etc of a particle and anti particle are a consequence of their opposition in their fields, not the cause for the annihilation.
(Not a scientist, grains of salt and all that).
Just a SWE baffled by people who have no idea what they’re talking about farming upvotes by demonstrating “The Internet is a series of tubes” levels of cluelessness.
Yes, I’m sure the phds and senior SWEs/computer scientists working on LLMs never considered the possibility that arbitrary code execution could be a security risk. It wasn’t the very first fucking thing that anybody involved thought about, because everybody else but you is stupid. 😑
One of the biggest areas of ongoing research is about incorporating data from outside systems, like databases, specialized models, and, other specialized tools (which are not AI based themselves). And, yes, modern models can do this to various extents already. What the fuck are you even talking about.
deleted by creator
You could honestly say the same about most “teaching” that a student without a real comprehension of the subject does for another student. But ultimately, that’s beside the point. Because changing the wording, structure, and presentation is all that is necessary to avoid copyright violation. You cannot copyright the information. Only a specific expression of it.
There’s no special exception for AI here. That’s how copyright works for you, me, the student, and the AI. And if you’re hoping that copyright is going to save you from the outcomes you’re worried about, it won’t.