I don't think that's a fair characterization. If a user requests a company to stop using their data, ML unlearning allows the company to do so without retraining their models from scratch.
Do you know anyone taking these drugs? They can dramatically reduce cravings for food - the effect is significant. Not to say there aren't plenty of valid concerns about such drugs...
I am not sure how verifying that a photo was unaltered after capture from a camera if very useful though. You could just take a photo of a high-resolution display when an edited photo on it
Find it pretty helpful as a math-adjacent academic. It's great at coming up with counterexamples to inequalities with FindInstance. I don't know how irreplaceable it is, but in general I find the UI for manipulating symbolic equations nicer to use than anything else I've tried.
Yeah, my math class followed Axler, which was great - but I didn't really get a feel for how useful linear algebra was until I read through Strang on my own. The applications are endless!
I've really loved using Arc recently, it's a very fresh take on web browsing. I've found that its spaces feature handles my uses of (most) bookmarks and tab groups in a more coherent way. My main annoyance is that there isn't any sort of backup standard bookmark system built-in.
As a casual terminal user, I have found Warp to be a nice improvement over standard terminals. Although most of the issues raised in this article can be addressed with various shortcuts, it is nice to not have to remember these when I only pull up the terminal a couple times a week.
I guess this comes down to the distinction between quantum mechanics and quantum information. Just as classical probability and information theory can be explored independently of classical mechanics, quantum probability and information theory make sense to study independently of quantum mechanics. (I think the article serves as a great intro to quantum information, but a rather lacking intro to quantum mechanics.)
Can you explain? That's not how I interpret either. Every quantum state can be realized as a classical mixture of pure quantum states (i.e. as a density matrix).
This is a mathematical statement, see the end of the Wikipedia section "Algorithmic solution", where it states "Among all possible different stable matchings, it always yields the one that is best for all men among all stable matchings, and worst for all women."
That's not published in an ACM venue, but that page has a link with the DOI, https://doi.org/10.1147/rd.24.0289, that takes you to the IEEE page with a download link.