We still believe in an open internet, but we do not believe that third parties have a right to misuse public content just because it’s public.
You need to pay us for the right to misuse our site’s data!
We still believe in an open internet, but we do not believe that third parties have a right to misuse public content just because it’s public.
You need to pay us for the right to misuse our site’s data!
I’m not sure I’d call Rimworld “small”, though I guess it is a relatively indie studio. It’s a popular game with a lot of content.
For “small” games, I’d recommend also Nova Drift. It’s sort of asteroids + path of exile + a slight roguelite element.
I don’t entirely understand the question. Do I have to carry the food on my back the whole week, or do I just have to carry it to the fully functioning kitchen, and then stash it in the fridge/cabinets? If the latter, is this the same thing as weekly grocery shopping?
This reminds me of an old joke:
An SEO copywriter walks into a bar, pub, Irish bar, drinks, beer, wine, whiskey, cocktails, liquor.
But since then the situation has gotten a lot shittier.
Sure, it’s hard to say whether a computer program can “know” anything or what that even means. But the paper isn’t arguing that. It assumes very little about how how LLMs actually work, and it defines “hallucination” as “not giving the right answer” with no option for the machine to answer “I don’t know”. Then the proof follows basically from the fact that the LLM-or-whatever can’t know everything.
The result is not very surprising, and saying that it means hallucination is inevitable is an oversell. It’s possible that hallucinations, or at least wrong answers, are inevitable for different reasons though.
Follow-on serious answer: there are also electric rays, which are known as torpedos. According to Wikipedia, this is from the Latin torpidus meaning “paralyzed” or “numb” (the same root as the English “torpid”). The weapon is named after the fish. Edit: some of these live in the Mediterranean, and that Latin name predates understanding electricity; they were also known to Hippocrates who called them narke with a similar meaning in Greek.
IIRC some of the other pre-electricity names for electric fish are based on their ability to numb, paralyze or stun people and other creatures.
So I wrote a long-ass rundown of this but it won’t post for some reason (too long)? So TLDR: this is a 17,600-word nothingburger.
DJB is a brilliant, thorough and accomplished cryptographer. He has also spent the past 5 years burning his reputation to the ground, largely by exhaustively arguing for positions that correlate more with his ego than with the truth. Not just this position. It’s been a whole thing.
DJB’s accusation, that NSA is manipulating this process to promote a weaker outcome, is plausible. They might have! It’s a worrisome possibility! The community must be on guard against it! But his argument that it actually happened is rambling, nitpicky and dishonest, and as far as I can tell the other experts in the community do not agree with it.
So yes, take NIST’s recommendation for Kyber with a grain of salt. Use Kyber768 + X448 or whatever instead of just Kyber512. But also take DJB’s accusations with a grain of salt.
Kyber is a to-be-NIST-standardized lattice encryption scheme.
On a related note: pixian doubanjiang. It’s a spicy bean paste and a key ingredient in several well-known Sichuan dishes: hot pot, spicy poached fish, mapo tofu, ants climbing trees, etc
Slay the Spire maybe?
I worry that Buzzfeed’s meaningless AI regurgitation is what most of the internet will look like in 10 years. Ask an AI for its take on an already silly question (Europe is large and diverse) which it is patently unqualified to answer. Maybe ask in English for good measure, guaranteeing further bias. Then take the meanest, most body-shaming and stereotyped answers and post them straight to the website, with a disclaimer that the assholery therein isn’t your assholery, it’s the AI’s assholery.
It really feels like a scene from Idiocracy, but with the dysgenics replaced by AI.
Beep boop.
Sure, peanut butter and jelly is the classic, unless you grew up listening to Raffi, in which case it’s absolutely made with jam. But to me, jelly just isn’t as tasty as jam, or honey or bananas. And if you take it on a hike it can make the bread soggy. And at home I’d usually rather have meat or cheese in my sandwich. But I still go through a ton of peanut butter for rice cakes. And occasionally for a PB&J, and once in a while for hot pot sauce.
And Jif tastes weird to me, but you do you.
Yeah, crêpes seem like the wrong dish.
As an American, I think that natural peanut butter is delicious in the right context. It goes well on puffed rice cakes, with a little salt if it’s unsalted. It’s good with celery as a snack, and it’s an ingredient in some sauces. It can dry out your mouth, so make sure to drink water too.
The classic American use is peanut butter sandwiches, optionally with jam. IMHO these are pretty mid, but their main advantage is that they’re energy dense and don’t require refrigeration. So they’re good for hiking, at least if you have enough water.
Edited to add: also good in cookies, with chocolate, with bananas, and probably some other things I’m forgetting.
It really mostly doesn’t, and Quanta Magazine is (as is typical for them) full of sh*t.
Ternary is most efficient if the space (power, etc) needed to implement an operation on a base-b digit is proportional to b. (Then the cost is b * log(n) / log(b), and b/log b is minimized at e, but is lower with b=3 than with b=2.) However, in practice most operations take space that increases more than proportionally to b. For example, saturated transistors are either on or off, which is enough to implement binary logic, but ternary logic needs typically several more transistors. Transistors, and especially CMOS style implementations, are generally well-suited to binary. If future computers use a different implementation style (neurons! who knows) then something other than binary logic might be best.
Storing and transmitting data is different: this is often most efficient in bases other than 2. For example, if a flash cell of a certain size can reliably store 4 different amounts of charge, and the difference between these can reliably be read out, then flash manufacturers will store two bits per cell. This is already done and has been done for years. It’s most often done in bases that are powers of 2, but not always.
Ternary calculations are occasionally used in cryptography, but as far as I can tell, at least the first ternary crypto paper the article cites is garbage.
There are also other architectures like clockless logic, which uses a third value for “not done calculating yet”, but that’s different from ordinary ternary logic (and is generally implemented using binary anyway). It also showed a lot of promise for saving power, and also some in reducing interference, but in most settings the increased complexity and circuit size required have been too much to deliver that savings.