My current phone actually has this (ROG 9) and it's really nice! I had to put my phone in a cupholder recently and the side charging port saved me from having to balance it on the charging cable. (It also has a headphone jack.)
I think "supposed to" is overstating it given that I've only ever seen it used by this one publication. To boot, I wouldn't pronounce the word they use it for, coordination, (in context, "piloting it demanded constant coordination") with a syllable break, either.
It’s true that most Americans are lazy and do not pay sufficient attention in school. Thus the observation of nuances such as this are becoming rarer every day.
Do you pronounce the “oo” in “coordination” the same way as you do in “bookkeeper”? Because that is a very weird mispronunciation. https://en.wiktionary.org/wiki/coordination
> The compact is far from perfect. It is vague about how countries should cooperate on many issues, such as border management and access to public services.
The New Yorker is famous for its commitment to unreality on this issue. It's only the New Yorker.
I like reading the system prompt because I feel it would have to be human-written for sure, which is something I can never be sure of for all other text on the Internet. Or maybe not!
I have absolutely iterated on system prompts with the help of LLMs before, so while system prompts generally will at the very least be heavily human curated, you can't assume that they are free of AI influence.
Anthropics actually encourages using Claude to refine your prompts! I am not necessarily a fan because it has a bend towards longer prompts... which, I don't know if it is a coincidence that the Claude system promps are on the longer side.
It doesn't merely encourage, for at least a year now, they've been offering a tool for constructing, improving and iterating on prompts right in their console/playground/docs page! They're literally the "use LLM to make a better prompt for the LLM" folks!
HTS was available in ceramic form, but ceramics sorta suck to work with. So potential users had to wait for people to make them into wires, which was apparently a fat pain in the ass, and then for that technology to be commercialized, all of which took until the 2010s.
Certainly the plasma could melt the wall if it were allowed to touch it, but by shaping the magnetic fields that confine the plasma, the plasma can be made to stay away from the wall (not perfectly, but well enough). This is how many fusion experiments operate today. The walls are made of tungsten and other materials that can handle heat, so even if (when) the plasma hits the wall, the melting isn't too severe.
Some "plasma touches wall" events are more severe than others. Sometimes it's even intentional. A "limited" plasma deliberately touches a part of the wall called the "limiter", and the limiter is used to bound the shape of the plasma. (Contrast with a "diverted" plasma; search both terms for more details.) On the other hand, one type of event where it's very much unintentional is called a vertical displacement event, in which the plasma, well, vertically displaces itself until it hits a wall and melts it. These suck but are planned for and handled.
If you're counting neutrons in that "energy flux", they'll just go through the wall (mostly); this is how tokamaks are supposed to make electricity, ie the neutrons go through the wall and hit a "blanket" that's much better at absorbing neutrons, and the blanket will heat up and the heat will be converted to electricity.
> If you're counting neutrons in that "energy flux", they'll just go through the wall (mostly); this is how tokamaks are supposed to make electricity, ie the neutrons go through the wall and hit a "blanket" that's much better at absorbing neutrons, and the blanket will heat up and the heat will be converted to electricity.
Yes! This is what I was wondering about. Presumably you would want more energy out than you use to run the reactor, and if that amount of neutron flux would melt the wall it would not be a workable design. Glad to know if this is not true.
I don't need high school level ideas, though. If people do, that's good for them, but I haven't met any. And if the quality of the ideas is going to improve in future years, that's good too, but also not demonstrated here.
I am going to argue that you do. Then I will be interested in your response, if you feel inclined.
We all have our idiosyncratically distributed areas of high intuition, expertise and fluency.
None of us need apprentice level help there, except to delegate something routine.
Lower quality ideas there would just gum things up.
And then we all have vast areas of increasingly lesser familiarity.
I find, that the more we grow our strong areas, the more those areas benefit with as efficient contact as possible with as many more other areas as possible. In both trivial and deeper ways.
The better developer I am, in terms of development skill, tool span, novel problem recognition and solution vision, the more often and valuable I find quick AI tutelage on other topics, trivial or non-trivial.
If you know a bright high school student highly familiar with a domain that you are not, but have reason to think that area might be helpful, don’t you think instant access to talk things over with that high schooler would be valuable?
Instant non-trivial answers, perspective and suggestions? With your context and motivations taken into account?
Multiplied by a million bright high school students over a million domains.
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We can project the capability vector of these models onto one dimension, like “school level idea quality”. But lower dimension projections are literally shadows of the whole.
It if we use them in the direction of their total ability vector (and given they can iterate, it is actually a compounding eigenvector!) and their value goes way beyond “a human high schooler with ideas”.
It does take time to get the most out of a differently calibrated tool.
The argument that density puts stress on people to move _towards_ that density seems to me to have the direction of causation reversed. People look at prices when they move, not density.
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