- oskarkkIf you're not sure if there are any important world-writable files, then just check that? On Linux you can do something like "find . -perm /o=w". And you can easily make whole dirs inaccessible to other users (chmod o-x). It's only a problem if you're a developer who doesn't know how to check and set file permissions. Then I wouldn't advise running any commands given by an AI.
- > Large parts of web browsers (like entire Firefox' UI) is written in javascript already
Is UI even a large part of Firefox? I imagine that the rendering engine, JS engine, networking, etc, are many times larger than UI.
- How much smaller user base? Looking at some recent data, which may not be accurate (but they're required to publish user numbers in the EU at least), it looks like the user base may be only 0-20% smaller compared to 2022.
https://www.similarweb.com/blog/insights/social-media-news/x...
https://www.socialmediatoday.com/news/x-formerly-twitter-con...
https://techcrunch.com/2025/07/07/threads-is-nearing-xs-dail...
- I've searched the internet and I found some articles and people talking about prices around $11-16k, most of the times including labor.
https://teslamotorsclub.com/tmc/threads/new-battery-cost-for...
https://www.reddit.com/r/TeslaLounge/comments/183if34/what_i...
https://www.reddit.com/r/TeslaModel3/comments/1blczt1/what_a...
https://www.recurrentauto.com/research/tesla-battery-replace...
https://www.findmyelectric.com/blog/tesla-model-3-battery-re...
- Seems that in the end it didn't work out well for them:
> The Hunts lost over a billion dollars through this incident, but the family fortunes survived. They pledged most of their assets, including their stake in Placid Oil, as collateral for the rescue loan package they obtained. However, the value of their assets (mainly holdings in oil, sugar, and real estate) declined steadily during the 1980s, and their estimated net wealth declined from $5 billion in 1980 to less than $1 billion in 1988.
- Unless the AI bubble pops.
- I think there's also option 3, v8 understands types and uses them for optimization, but handles wrong types gracefully.
I don't think any type of understanding TS would require changing ECMAScript spec. Would a TypeScript-understanding parser not be able to handle normal ECMAScript correctly? It could switch between two modes based on the file type.
For option 1 the speed of TS development is not an issue, as Chrome would only need to include some up-to-date compiler, and the TS files could specify their TS version. But doing TS compilation in the browser would only be a small nice thing for devs, for website users it would be a downgrade, as the page load would be slower because of the compiling and the larger file sizes (JS files can already be very big these days).
- I think that's more or less what marmalade2413 was saying and I agree with that. AI is not comparable to humans, especially today's AI, but I think future actual AI won't be either.
- Isn't it obvious that the way AI works and "thinks" is completely different from how humans think? Not sure what particular source could be given for that claim.
- Human Human Resources?
- Yeah, that was my point, it's easy for me, but that's not the case for most people in the country. And I guess that most people living near me don't think about putting electronics in the dedicated container anyway, even if that container is near them.
- And in the end, 90% of people will throw it in the trash with everything else. I'm actually in the other 10%, but I live in the middle of a big city where I have electronic waste container like 300m away.
Btw, that's an awful website. I like simple minimalistic websites, but some people confuse "simple" with "give literally 0 fucks about the reader" and then I have 50-word long lines to read on my 32" monitor. Just put something like {max-width: 1200px; margin: 0 auto;} on the body at least.
- > Intel isn't a competitor to either TSMC or Samsung, their fab process is years behind.
Is it? I've read that Intel's newest process is closer to TSMC N3 than N2, but surely it's not years behind Samsung? I think the biggest problem for Intel right now is acquiring customers and learning how to work with them (but the new CEO should be the right person to do that).
https://en.wikipedia.org/wiki/3_nm_process#3_nm_process_node...
https://en.wikipedia.org/wiki/2_nm_process#2_nm_process_node...
- I love this idea. I like exploring code of interesting projects even if I don't intend to ever work on them, but in complex software I don't know much about it's hard to even find where are the most important basic parts. This allows me to easily find and see how some things in the kernel look like.
Found a bug: in the Chapter 2, when I click on "open" next to "mm/" or other dirs, I get an error: " Failed to load file - Invalid file response from GitHub API - File: mm/". I guess it's cause it tries to open the dir as a file, instead of something like pointing at the dir in the dir tree?
- Look at the content in the right sidebar, this is like an interactive guide to the kernel.
- To go through all 10^84 possible combinations in a billion years, around 10^67 combinations would have to be "tried" per second. So yeah, it doesn't seem feasible to have one and only correct combination of 140 nucleotides spontaneously appear.
But if the "solution" could be composed of a couple of separate smaller parts, that would be stable and linger for a long time, it would be much easier. 40 nucleotides have 10^24 combinations, so only 10^7 tries per second would be needed... over a billion years. And all of the necessary parts would need to be created and then meet in the same place and somehow combine. So, still not easy, but this case doesn't sound so outrageously improbable.
In the end, maybe it is extremely improbable for life to happen, and only one in 10^n suitable planets develops life, and Earth was just very lucky to experience this peculiar phenomenon.
- Only 3 out of 18 reasons on that list are work-related, 2 maybe can be work related (lawnmowing and powered tools/household machinery?). I think cycling accidents (5 positions on the list) are in part normal cycling (like when riding to work) without rider's fault, and in a larger part taking unnecessary risks while riding, or riding for sport. And I'd guess motorcycle accidents (4 on the list) are mostly taking risks and riding too fast. 3 reasons are "assault". And that leaves only 1 reason from the list, sports equipment.
So out of 18 reasons on the list, only a small part is "activities men have to take to survive", but many of the others aren't "inherently voluntary and risky" or cannot be blamed on the hospitalized person. The list is too short to be really interesting, when half of that list is the same thing with small variations (cycling/motorcycling), and the same for women (mostly pregnancy).
- Research on interactions between particles can probably be helpful for nuclear weapons R&D.
- More like "OBS is Qt". Which it is not, OBS uses Qt. And Chrome is just a runtime and GUI framework for VS Code. Let's not confuse forks of software with software built on something.