Look at me, streaming this file straight from my device for the whole world to see!

This whole blog seems extremely pro-AI and their entire site is full of articles supposedly debunking why data centers aren’t actually bad after all…

This specific article has some pretty crazy conclusions about Benn Jordan’s own double-blind study. They’re saying it wasn’t double blind because he might have noticed water shaking, but in the actual video he explicitly says he threw out any of the data points where he knew if the sound was on. The results seemed pretty conclusive to me.

The other thing is it talks a ton about wind turbine infrasound, and how dangerous levels are thousands of times louder. But the actual measured level of sound ARE thousands of times higher. Measurements have been taken at 96dB, which is significantly higher than the 50-75dB this article is referencing as safe. If the 96dB infrasound is loud enough to shake a glass of water as above, it’s not “imperceptible” like the safe levels.

As with all loud sounds in general, exposure time is a factor. A brief burst above 100dB won’t damage your hearing, but extended exposure will. I don’t see why the same wouldn’t apply to infrasound. All these studies are 72h or less of exposure, but there’s people living next to these datacenters 24/7.

Personally I’m waiting for more research to be done. There’s not enough data to be calling things fake or debunked here.

Just like his actual Casino! Who could have predicted this?

Are you blocking Cloudflare at an IP level? Or just when they do that “Are you human?” thing? So much of the Internet goes through Cloudflare for DDoS protection, and blocking AI bots, I’m surprised there’s anything left.

My solution is take a screenshot and then open the file in a separate QR reader app that can open files.

I’ve got one of these photos too. I wish I was paying under $4… I haven’t seen a price that low here in years.

The best color I’ve seen so far has been gloss black because it kinda hides the shape.

It’s hard to tell when they’re all the same color.

It’s not quite the same thing, but Porsche has their eTurbo tech in road going cars now: https://www.porsche.com/stories/innovation/porsche-explained-porsche-t-hybrid/

They’re effectively capturing exhaust gas energy straight into a battery, just with a different system.

We actually do. F1 engine’s have something called the MGU-H that recovers exhaust gas energy and turns it into electricity that can be used to recharge the hybrid system: https://www.racecar-engineering.com/articles/tech-explained-formula-1-mgu-h/

Technically any turbocharger is doing the same thing except it’s hooked up to a compressor for the intake air instead of a generator.

The article says “50 Tonnes” tho, so now what…

The article was written by someone who doesn’t understand the difference between power and energy. It’s an extremely common mistake to mix up Watts and Watt-hours, or assume they’re the same thing.

Unless they’re on the ground floor, there’s a lot more to consider than just the compressive strength of concrete. If the gold is sitting on a concrete beam, it bends, causing the bottom to be in tension, while the top is in compression. Concrete has really terrible tensile strength, so rebar is installed to keep it together. The load limit of a concrete beam will be significantly less than that of a solid concrete pillar, and depends on the engineering design.

Most of the heating energy would actually be IR, which many types of window glass will be designed to reflect. It probably depends on what kind of coatings are used. Basically all car windows block IR to help keep the inside of the car cool in the sun.

There’s a whole class of electric heater that do this intentionally. Radiant heaters are awesome for outdoor patios and other spaces like uninsulated garages where you care more about heating surfaces than the air itself.

I just backed up all my repos and plan on fully migrating to selfhosted Forgejo. GitHub is rapidly going downhill. Recently they had a bug that was silently corrupting people’s main branches, and they’re getting more trigger happy on the ban hammer.

One of my friends just had their entire 14 year account history wiped without any warning for supposedly misusing GitHub Actions (most likely an AI false positive), and they’re just getting all their tickets immediately closed.

Could that be due to a failing SD card or flash memory? The uncompressed data might be getting corrupted too, it just wouldn’t return you an error depending on the file type (text documents for example would never error, they would just end up with garbled text).

Based on your other comments, if you’re using an old 128mb SD card, this seems kind of likely. I’ve had many SD cards and USB sticks go bad after files have been copied on and off of them too many times.

Damn, where did you even find such a small drive? The last time I used such a small device was the USB stick I brought to highschool in 2009. Even the free giveaway USB drives I have are at least 2GB. You probably have more RAM than storage?

99% of the time it is just automatic and part of the update. Usually it’s only an issue if you are updating from a specific older version of something or have made a particular customization that breaks with the update.

Like others, I’ve got at least one system running Arch for 10+ years and I’ve only had to manually do something a handful of times. Usually it’s just that I have to update the keyring first before the rest of the update.

Sounds like my homelab has better redundancy than these guys, and my monthly bill isn’t much different than their new one. I only pay for power and networking, since I own my own hardware. I’m colocating in my city, so my latency to home is about 1ms, and I’ve got a full mirrored server in my house. Certain files are further backed up elsewhere for proper 3-2-1 backup (+ each server running raidz2 with disk encryption). Even if my home Internet goes out, I still have full access to my files at home, and all my public services stay running in the data center. If either server fails, it’s all set up with containers so it’s easy to spin up each service somewhere else.

One thing that’s tricky to get right with disk encryption (especially with encrypted /boot) is having a redundant boot partition. I was able to hack this together by having sofware raid duplicate my boot partition to a second drive. Now if I remove either OS boot drive it falls back to the remaining one. To prevent breaking EFI boot, you need to use the Version 1 RAID format so the metadata is stored at the end of the partition, not the front where EFI reads.