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> “He laughed with a booming abandon that made the whole restaurant turn around and look.”

Don't the people in the restaurant actually turn around in this sentence, whereas they didn't in the original, because it's just describing a kind of loudness with an example?

> “He laughed with the kind of booming abandon that makes the whole restaurant turn around and look.”


> Don't the people in the restaurant actually turn around in this sentence, whereas they didn't in the original

No, the original said "made", so I think they actually turned around.


Well, yes, but one is telling and one is showing. A good story teller shows and not tells.


That's just a literary superstition, similar to absolutes we tell kids such as "you should never lie" (that in real life are never that clear cut).

A good story teller can both show and tell, depending on whatever fits the story, their stylistic choice, and their intention.


I feel like people are sleeping on Kagi FastGPT, its their amazing search combined with their summariser and a llm model that gives me the answers directly without having to search myself.

https://kagi.com/fastgpt


I swear! Kagi FastGPT gives you references too!


Same for the Kagi Universal Summarizer: https://kagi.com/summarizer


I asked what's 2 + 2 and it said 4, giving a reference to a YouTube video saying it's a billion.


totally agree!


If you mean gambling in Counter Strike, at least it's not explicitly aimed at children.


I was a teenaged boy when I first started playing Counter Strike. Maybe I’m a Luddite but the game is still fun; I feel like you don’t have to gamble or buy 48 cosmetic collectibles to enjoy it.


It's explicitly not aimed at children being rated M / mature and with obvious themes implying as much. Obviously children still play it, but there has to be some level of responsibility on the parents here.


Children don’t play Counter Strike?


Whether or not children play CS:GO/CS:2 is irrelevant. It is a game where 50% of the time you play as terrorists shooting law enforcement, it's very obviously not aimed at kids.

The only way for kids to gamble in CS at all is to either steal a credit card, which is obviously not Valve's fault, or for them to have a Steam gift card. If anything is to be done about the children, I think Valve should just 1) require a users to have a credit card on file in order to buy lootboxes, and 2) require re-entering the full credit card details if the user makes several purchases in a short period of time, in order to stop kids who, for example, memorized the CVV of a card already on file in Steam.

Keep in mind that uploading a government ID would have issues, seeing as in the US a driver's license is not universal, not to mention IDs all across the globe. Maybe there's an alternative form of ID that would work that I just can't think of, but anyways, I'm against needing to upload a government ID to access anything unless it's specifically for governmental purposes.


> Whether or not children play CS:GO/CS:2 is irrelevant

My opinion is that it is relevant... but each to their own I guess.


Children are not the only group harmed by gambling.

Regardless, many children most certainly do play Counter Strike.


Ok but as a society we’ve settled on letting fully grown adults partake in some forms of gambling. Are we really equating loot boxes in a mature rated game to casinos that will empty your kids college fund in the span of 12 hours?


My point is that the "think of the children" angle is redundant and reductive. We simply don't need to go there to have a discussion on the pros and cons of lootboxes.


you mean because CS is such a mature community?


no


>user tracking

You can use Google anonymously but you have to log in and leave your payment data with Kagi.

EDIT: apparently they accept crypto


Not very anonymous when 99% of websites on the internet use Google Analytics, so it's pretty easy to follow you around the web.


Isn't Google Analytics blocked by pretty much any ad blocker?


True, but a bit of a moot point if both search engines will indiscriminately route you to those websites anyways. It's not like I'm opting-out of that issue by using DuckDuckGo right now.


When the magnet is moved below the flake, the flake stands up, meaning it is being repelled. This is the case for every magnetic material, but what they do in the video is flipping the magnet around so that poles are reversed, a normal magnet would be attracted = flake flat on the surface but instead it is also standing up. This shows that the material is a diamagnet at least = it always creates an inverted magnetic field to the magnet.

So here's why this could be big: Not all diamagnets are SC but all SC materials are diamagnets.


Thank you!


Basically, just push more and more electricity into a coil of superconductive wire. Because the wire has no resistance, the electricity just loops around forever.


Here's a few from the top of my head:

- A global power net. No solar power during the night? Just produce it on the other side of the planet.

- A superconducting computer. Less resistance when pushing bits around = 500x less power consumption.

- A Superconducting magnetic battery. Store power indefinitely with high efficiency.


Most power loss in a computer comes from MOSFETs, not resistive loss. Which isn't to say that RTP superconductors wouldn't open up wild new possibilities.

ETA: wrong


I don't think this is true. Most of the power is dissipated in the metal interconnect.


Much of the power consumed, and heat dissipated, by conventional processors comes from moving information between logic elements rather than the actual logic operations. Because superconductors have zero electrical resistance, little energy is required to move bits within the processor.

https://en.wikipedia.org/wiki/Superconducting_computing#Fund...


That statement in Wikipedia is flat out wrong and notably isn't citing any source.


Incorrect.

https://www.ti.com/lit/an/scaa035b/scaa035b.pdf

This document explains it well. (The resistance of the interconnect is not even mentioned as a significant component of power consumption.)


You can synthesize superconducting FETs though: https://link.springer.com/chapter/10.1007/978-94-011-1918-4_...

Obviously this isn't much benefit since the vast majority of applications can't be liquid nitrogen cooled (and computing has followed "what consumers will buy" on progress).

That changes substantially if superconductors will keep working when put in my pocket.


If yesterday's comments were correct, you can strike the power transport and storage use cases, as this material has a pretty low electric current density.


Not only less power consumption on Computers but a 100x improvement in clock speeds, a 500GHz CPU would be absolutely insane.

Whether or not we can manufacture/shrink the superconductor circuits enough to be competitive with semiconductors is another question, but my naive interpretation is that if you can make the superconductor circuits 100x larger than a silicon circuit, it is still going to have significant advantages.


> A global power net. No solar power during the night? Just produce it on the other side of the planet.

This sounds like it has interesting ramifications for global politics. At the beginning of the Ukraine war, one major lever the Russian government had was to enable blackouts in Ukraine. Makes you wonder how a global power network could work in light of international conflict.


Wouldn't less power loss not just mean lower power consumption, but the ability to run it at higher speeds while keeping the same cooling technology we current have?


Even faster. That is to say, even faster than a semiconductor CPU that didn't generate any heat whatsoever (or was cooled with liquid helium).

Assuming of course it is possible to shrink the superconductor circuits down to the same size of the semiconductor counterpart.


There is a mod for Skyrim where someone piped together multiple AI models. It goes like this: You speak into your microphone and ask a NPC something. This gets transcribed (voice to text) by Whisper AI. This transcript gets send to eg. GPT-4 with a pre-prompt engineered to give background, current information and the "personality" for the NPC you are talking to. The output of this gets piped back to a Text-to-Speech solution like eleven-labs with the original NPC voice.


I've seen an example and the weakest link seemed to be the TTS, which sounded several generations behind.


People also seem to forget that the power plants have to be removed after their lifecycle. The safe decommission of a nuclear power plant takes decades and costs billions again.


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