davad

A soldier killing an enemy soldier during a war is a “lawful killing”. Capital punishment is “lawful killing”. There’s probably a bunch of ways that police kill people that is “lawful”. And maybe there are different accidental deaths that are considered “not unlawful killings”? But I’m no law doctor.

IMHO, the real problem is that it sounds just as “confident” whether the answer is accurate or not.

Use this tool for importing a Google takeout file. Follow the examples for Google photos.

https://github.com/simulot/immich-go/blob/main/docs/examples.md#google-photos-migration

I haven’t used either, so I don’t have any firsthand help to give. But if you want useful help, you’ll need more specific details. Crash logs, hardware info, etc.

If you don’t mind loud and hot, check out old Arista devices.

This.

I found a picture with a single set of ears on the front. But the spec sheet says it weighs 50lb. Personally I’d put it on a shelf or universal rails, then use the ears to keep it in place.

I found a wallpaper image for you.

And you can mount the partition in your live USB boot?

It sounds like your bootloader doesn’t recognize the file system at that device path.

This has such “guns don’t kill people” vibes.

I’m not sure how Ansible made it on your list. Ansible lets you apply configuration and ensure applications are installed on groups of machines. It works across a variety of Linux distros.

+1 for Far. I’ve only played a little, but the art and music are fantastic.

I’ll have to check out the rest.

Noita can be such a time sink. I never felt like I properly understood wand crafting. The different ways effects interact is wild.

Yup. I’m working on the final puzzles right now. Just finished one of the final two doors. I wouldn’t even be sure there was a second puzzle if it weren’t for hints on the wiki 😳.

https://store.steampowered.com/app/1569580/Blue_Prince/

A fun puzzle game with lots of layers to it. There’s the original, stated goal. But as you work towards it, you discover lore that points you towards other puzzles.

What about using a variable directly (without the @<(echo ...)? Does that still leak?

Thanks for the AI tag

Yup

The easiest damages would be the cost of attending (conference tickets, travel, hotel). If there was reputational damage, that’s harder to prove but the conference could be liable for that. Seeing how many vocal supporters they have, reputational damage would be hard to prove

Not bullshit. Just another poorly written popsci article promoting real research.

From skimming, it sounds like they’re trying to use compressive sensing techniques, but push the “compute” to a physical, optical structure. That gives you a smaller device without the expensive compute (or the concern about losing data from random noise).

In general, it’s not hard to make a basic optical spectrometer. Most people have seen a prism splitting light into a rainbow. Imagine that plus an array of light sensing pixels. The light intensity on the array is your spectrum reading. The further away you put your pixel array, the more spread apart the colors in your rainbow, but the less light hits each individual pixel.

Optical spectrometers generally use diffraction gratings instead of prisms, but the trade-offs are the same. Longer optical path -> more spectral resolution -> more expensive light sensors.

Compressive sensing tries to break that trade-off by using math from information theory to get a usable data from fewer measurements. The single pixel camera is a great intro to the field. You use a single photodiode plus a series of known masks to take a series of measurements. From the masks + single pixel measurements, you can reconstruct the original image. There’s probably code out there to do it virtually if anyone’s interested. IIRC, to do a virtual measurement, you apply the mask to your image, then sum up the values. The reconstruction process is then identical to if you had real measurements.

For the $10 spectrometer, it sounds like they’re pushing some of that “compute” to a tunable optical system. In other words, the device “takes compressive sensing measurements,” but it does some of the reconstruction before it hits the light sensor.