…I mean, it seems to be working out for him.

I think there are existing laws covering that topic

Hey!

Clickbait headline.

"fury and “sneakily” are loaded terms. You can find a furious person on any topic on social media and “sneakily” is nonsense, they were trying to delete a file that Chrome requires and so Chrome fixes the install when it runs.

They even note that you can disable it in settings, though not without making it sound like an unusually hard thing to do: “manually digging through setting”

Clickbait headline, ragebait article. Anything for some advertising dollars.

Nobody competent wants to work for these people so they’re left with opportunists who couldn’t find a career otherwise.

The DOJ can’t hire lawyers, it was previously a prestigious career path where people would accept paycuts for the opportunity.

It’s a metaphorical clown show. It reminds me of this scene in Chernobyl: https://www.youtube.com/watch?v=idb_qsAAe1c

That’s sometimes hard to do on social media where everything wants to autoplay videos.

It’ll become less impactful over time if you can avoid the topic and don’t mentally dwell on it.

Their resources are focusing on the science and practical applications of machine learning and neural networks, robotics for example.

In the US our resources are allocated towards fleecing investors with a flashy use-case that doesn’t have much practical use.

All of these tech companies, who are themselves heavily invested in the LLM bubble, are trying to push LLMs into everything. On top of that they’re using these artificially inflated adoption statistics to project future demand and then using that modeling to justify massive spending on hardware and datacenters, creating all kinds of secondary effects from the collapse of the consumer computing industry to local resource issues around power and water.

This is all resulting in massive negative sentiment on the topic of ‘AI’ (see: any social media post where AI is mentioned). Secondary effects of this are things like lower rates students entering the CS/ML field. After all, why try for a CS degree if everyone around you is saying that AI will replace all programmers or go into a field that is massively unpopular?

There’s also the opportunity cost of not putting resources towards other use-cases, like medicine and robotics leading to those fields falling farther behind other countries.

China has plenty of their own problems, but on this topic they at least have adults in the room making rational decisions. The US’s AI strategy is being decided by whatever sociopaths happen to have won the stock market lottery and the executives operating the companies who can only see as far as their next quarter’s bonuses.

I hear that can cause a loss of performance.

Sir, this is a Wendy’s Clarke and Dawe’s

Hyperscaling is so obviously bad for market stability that it should be regulated out of existence.

Its entire aim is to buy a near-monopoly by pouring oceans of cash into an industry explicitly for the purpose of eliminating the chance of actual competition.

Unless you’re in the club and have access to unlimited money, you cannot compete with people willing to buy all of the inputs at inflated prices while selling the service at a loss for years.

The fact that a company with an infinity checkbook can show up in a county and disrupt their entire economy without any real penalty for failure is just more evidence of this.

But, did you see that ballroom? Totally worth it…

No cardboard, for one

They’ve plugged all data into the cursed viewing stone that drives people insane.

I also wrote text.

If you’re just going to cherry pick a single point and dismiss everything else then we’re done here.

At least the front didn’t fall off.

It’s not typical, I’d like to make that clear

We can only hope AI discovers necromancy before we all fall to techno-fascism.

Here is the paper: https://ai-project-website.github.io/AI-assistance-reduces-persistence/

No the test is not training, that’s a weird thing to claim.

The control group solved 12 questions manually and then the 3 test questions manually. The AI grouped solved 0 questions manually and the 3 test questions manually. One group had 12 more manual math tasks to prepare for the manual math test the other group had 0 and also had to context switch.

The AI-assisted group was dealt a context switch, which results in a pretty severe performance loss. A context switch causes performance loss of around 40% according to this paper, which was peer-reviewed and published and is also the most cited paper on the topic, in the APA: https://www.apa.org/pubs/journals/releases/xhp274763.pdf

The AI-assisted group also did not have 12 questions to adjust to the new context, like the control group did. If they wanted to wipe out the context switching performance loss they should have kept asking questions to see if, after 12 questions, the AI-assisted group had a similar performance.

The switch is what is tested, and you disregard that 2 other tests have shown similar results.

No, they did not switch what was tested. Here is an image from the actual paper.

They were given 12 tasks with one group using AI and another doing mental math and then 3 tasks doing mental math. One group had 12 more tasks worth of preparation than the other.

Nothing, not even the article in theOP, says that they did math and swapped to reading to test.

They did 3 different experiments, in each experiment they gave 12 tasks and then disabled the AI for one group and gave 3 more tasks as a test. At no point did they ask 12 math questions and then finish with 3 reading questions or vice versa. They did 2 experiments using math tasks and 1 experiment using reading comprehension tasks.

So one group had 15 math tasks and one group had 12 ‘how to ask an AI’ tasks and then 3 math questions.

They also did not control for context switching losses, which is a well documented (see the APA paper) effect. The proper control would be to continue asking questions so the AI group also had 12 math tasks before the test.

There’s a reason that this is published on arXiv and not in a peer-reviewed journal. Designing a poor quality experiment doesn’t tell you anything useful even if you do multiple different versions of the same experiment.

This paper demonstrates a lack of a proper control group, specifically a failure to control for context switching performance loss.

I’d like to see a study on that, I see it mentioned so much it’s almost achieved meme status.

It could very well be a Baader–(👀)Meinhof phenomenon.

AI being released was basically an apocalypse for people who use EM dash.

Here’s the most cited, human created (2001), paper on the topic of context switching performance loss: https://www.apa.org/pubs/journals/releases/xhp274763.pdf

It’s an HTC device, Google has just consumed the entire tech sector.

This paper shows that a person who has performed a task 12 times performs better than a person who has never performed the same task.

They also do not properly control for performance loss due to context switching which is a well known contributor to performance loss.

It’s a paper on arXiv, it hasn’t been peer reviewed or published.