How large a number are we talking? This might be impossible for a computer as well considering this being a hard problem is effectively the basis for most encryption.

Certainly if they falsified a federal crime, the penalty shouldn’t be any less than wire fraud, which is up to 20 years in prison.

I guess we’re calling geothermal energy “reverse solar” now. This is silly marketing.

fork()

This machine uses 75kWh per day to make 1 gallon of gasoline. Using the cheapest electricity in the country, that’s $9.29 per gallon (+ the machine itself is $20k).

I’m sure auto-generated captions will work great for channels like Primitive Technology where there’s no actual talking and the subtitles are describing what he’s doing…

It seems like SketchUp uses OpenGL, which should be supported just fine by a linux GPU driver. I haven’t tried it myself, but you could maybe try running it through Proton (idk if there’s a way outside of Steam?)

I didn’t even realize these were being manufactured by Sparkfun now. I’ve bought all my Teensy boards straight from the original designer: https://www.pjrc.com/store/ (It’s been several years since I’ve bought any parts)

I’d also argue a human monitoring your conversation would likely make similar mistakes in judgement about what’s happening, and this kind of invasion of privacy just isn’t okay in any form. There could be whole extra conversations happening that they can’t see (like speaking IRL before sending a consentual picture).

I don’t think it really matters how old the target is. Generating nude images of real people without their consent is fucked up no matter how old anyone involved is.

“A computer can never be held accountable, therefore a computer must never make a management decision.”

– IBM Training Manual, 1979

We’re going so backwards…

The diminishing returns are kind of insane if you compare the performance and hardware requirements of a 7b and 100b model. In some cases the smaller model can even perform better because it’s more focused and won’t be as subtle about its hallucinations.
Something is going to have to fundamentally change before we see any big improvements, because I don’t see scaling it up further ever producing AGI or even solving any of the hallucinations/ logic errors it makes.

In some ways it’s a bit like the Crypto blockchain speculators saying it’s going to change the world. But in reality the vast majority of applications proposed would have been better implemented with a simple centralized database.

It must be hard to admit he spent billions on a slop machine. Sunk cost fallacy is probably one of many things they’re fighting.

“High Quality Audio” in terms of the sample rate and bit depth, but considering the quality of most of these DAC/ADCs you get integrated in cables like this, I somehow doubt the data rate is actually the limiting factor on quality.

Personally I can’t tell the difference between 192kHz and 96kHz samples rates, or 16bit and 24 bit either (maybe a young kid with perfect ears could, but they’ll probably also notice background noise due to most of these using unfiltered USB power). The dongle manufacturers seem to care more about the marketing value of bigger numbers than actual usability.

It’s not actually the transistors that break down in flash memory. Flash memory works by storing charges in what is effectively a grid of capacitors, and in order for the data to remain stored, the insulating oxide layers in the cells need to be preserved. Every time a cell gets written, a charge is forced through the insulation with high voltage, and this degrades the insulation. A single flash cell might only have a few 1000 writes before this insulation goes bad and it no longer holds data. Modern SSDs have wear levelling techniques to make the drive as a whole last longer.

Transistors on the other hand don’t have any inherent degradation that I’m aware of other than external factors like corrosion. The first thing that’s likely to die on a GPU is the electrolytic capacitors in the power filtering electronics, which have fluid in them that dries out over many years.

Honestly, I’m happy they picked this as a default “car doesn’t know what to do” scenario. From what I’ve seen Tesla’s default is to just ignore the unknown thing, I wouldn’t be surprised if Robotaxis would have just treated all the blank lights as green.

You’d need to set up a firewall rule on your router to block that device from accessing the internet. If you’ve got a fancy enough router you could set up a VLAN and second SSID for all your IoT things and only whitelist connections and devices you want to allow. That can get a little tricky to set up though

Well, it’s an order of magnitude less force than the “server room” experienced, considering the whole rack of computers was compressed into a solid mass.

SanDisk SD cards are actually rated for up to 500Gs, and with how light the SD card is, it can survive these indirect impacts more easily. “1000s of Gs” is just a completely random estimate considering how some of the other heavier internal camera parts were damaged (a circuit board connector sheared off).

The SD card was from inside a titanium cased underwater camera that was mounted outside the hull. It wasn’t actually in the implosion, it just survived the shockwave (which was probably 1000s of Gs, so still impressive)