I’ve been using Kagi. It works well. I like it. Costs money, but that’s a positive in my book.
I’ve been using Kagi. It works well. I like it. Costs money, but that’s a positive in my book.
I see this complaint a lot but honestly I don’t quite understand what the big deal is. Not everyone is subscribed to the same communities. Personally, I’d love a feature on kbin/lemmy that rolled up duplicate posts on the client, but it’s really not that annoying for me to see a couple dupes in my feed if they’re posted in relevant communities /shrug
Hey, this is excellent. I was looking to do something like this a few months ago. Bought a few ESP devices to mess with, but never got around to it. I might try it out now, though, using your guide. Thank you!
Got a source? When I first read about this people were cautiously optimistic partly because the head researcher was well-respected.
our compound shows greatly consistent x-ray diffraction spectrum with the previously reported structure data
Uhh, doesn’t look like it to me. This paper’s X-ray diffraction spectrum looks pretty noisy compared to the one from the original paper, with some clear additional/different peaks in certain regions. That could potentially affect the result. I was under the impression from the original paper that a subtle compression of the lattice structure was pretty important to formation of quantum wells for superconductivity, so if the X-ray diff isn’t spot on I’ll wait for some more failures before calling it busted.
This is a really terrific explanation. The author puts some very technical concepts into accessible terms, but not so far from reality as to cloud the original concepts. Most other attempts I’ve seen at explaining LLMs or any other NN-based pop tech are either waaaay oversimplified, heavily abstracted, or are meant for a technical audience and are dry and opaque. I’m saving this for sure. Great read.
So is your comment. And mine. What do you think our brains do? Magic?
edit: This may sound inflammatory but I mean no offense