Thanks, it introduces a little "jitter" that keeps the egg from rolling down the same face of the ridge every time. Possibly, the same could be accomplished with a judicious application of the temperature parameter.
But how to tell the model which section is supposed to be populated with spicy tokens?
pigeon-footed → splayed toes → several directions → indecision → ambivalence
Do not cross the two clouds until each has several branches.
Reject commemorate + dulcigenic → a sweet memorial. Prefer A monument can turn bitterness into sweet nostalgia without changing what happened.
Reject preindicant + sclerotical → a hardened omen. Follow foretelling → divination and hard anatomy → bone to knucklebones.
It is a prime example of esoteric LLM incantations, if not -excuse me- nonsense
Off topic and a little whimsical, but LLM incantations is a really fun idea.
In a world where one hyper intelligent AI controls everything, hackers work tirelessly in secret off-grid, doing extreme math by hand, finding the right series of tokens that magically coerce the AI into carrying out certain actions. Spell books are copied out by hand and distributed in dark alleyways. Itinerant wizards travel the land on horse drawn carriages, travelling from town to town, casting spells on people's devices to bend the AI to their will.
What is the scenario you're thinking about? This is kinda what happens with VLAs, the latent knowledge of an LLM can help in action generation pipelines, but it's also kinda slow.
Meanwhile in Norway much of this wouldn't matter because the accessed information would have been public anyway. The non-tax PII is still a loss of course.
I'm surprised. The stolen data had two parts: some relevant to the income taxes paid, some detailing the real estate (houses and lands) owned by the household. Are both of them public in Norway?
Anyway, the main problem is that the breaches into the many French national data stores seem increasingly frequent.
Those same countries that treat financial privacy as axiomatic are trying their best to undermine chat encryption and would throw ed Snowden in prison given half a chance.
The cause of anomalous (>40 K) high superconducting transition temperatures in mixed copper (III) oxides is one of the most, if not the most, intensively studied questions in condensed-matter physics. If the researchers believe their experimental system can answer those questions, "vast" and "unprecedented" would be appropriate.
Maybe just a combination of academic jargon and English not being the authors first language? At this point I would also not be surprised if language models are used for writing abstracts.
This is Nature. If they stopped doing editorial work regarding writing style, and use LLMs to generate abstracts, it seems they have outlived their usefulness.
I noticed that too.The writing style itself seems a bit strange. I'm not deep into superconductors, so I can't judge the science itself but I have doubts about how much trust this article can give.
Patience is a virtue. It took 30 seconds to load then render an enormous graph that is interactive with zero lag or FPS issues on my mobile Firefox browser.
That's the whole problem. If you have tons (100s of thousands or more) of labels, then you have "structured" data, but how do you correctly classify that scraped item into the correct label?
Putting all the labels into the LLM is super expensive per call when you have millions of items to classify.
You can't reduce the number of labels becasue they are correctly organizes/structured. This class of problem exists in many different domains.
I didn't understand how a black hole could pass through a star when I read this. I think of black holes as large. Apparently a primordial black hole can have the mass of an asteroid compressed into a space smaller than a proton. I also thought very small black holes evaporated quickly via Hawking radiation. I was wrong on the scale there too. A PBH with the mass of an asteroid can easily live for longer than the universe has been around. Something about the very very early universe let matter collapse into these things without the normal processes that form stellar sized black holes.
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