My wife got repeated infections and had a lot of pain from the copper iud.

If you go looking for testimonials you’ll find numerous people who had bad experiences with it.

Also, they really should offer anesthetic or at least a powerful painkiller for the insertion and removal procedures. Doctors act like it’s no big deal, but it’s very painful.

4 pump impeller failures in 5 years. 1 time a mask strap got past the strainer. I’ll take the blame on that, but the other 3 were just long hair and bad design/materials choices.

And the algorithm AI does magic to make our product more awesome than the competitor.

Yeah, the lack of formal definition of what is and is not considered ai definitely muddies the waters when talking about applications and capabilities.

4 times in the last 5 years.

There’s a combination of flaws. The strainer basket doesn’t do a very good job keeping debris out of the impeller. There’s little separation between the steainer and the impeller. So long hairs that are partially caught in the strainer can still wrap around the impeller.

The pump itself has a terrible impeller design. The impeller is nylon and is press fit onto a 1/8 brass rod that just has a flat ground on it, no knurling or splines. The nylon cracks easily and ends up free spinning.

They use the same pump in loads of washer models. So yes, there’s a very large user base, but that’s a lot of people with part failures. The pump is garbage and lg should not be using it.

I’m constantly replacing the drain pump in my LG washer. When a replacement part has thousands of reviews on amazon, you know the brand has to know their parts are crap and either doesn’t care or wanted it that way. They’re on my never buy list now.

Ai is already being incorporated into chip design tools like synopsys. TechTechPotato has an interesting interview with Aart de Geus that is relevant.

Ai is far off from making high level design improvements, but it can greatly reduce the workload on trace and route and other design steps.

I vaguely remember that being a thing for early commercial 8k projectors, but I don’t know anything about the implementation.

So you just need 3 4090’s with 1 displayport each to the monitor and a whole new version of sli.

Even just getting above the boiling temp of liquid nitrogen is a really big deal. Liquid helium is something we will eventually run out of and is largely dependent on fossil fuel extraction to be collected. Helium can’t be recaptured after it escapes an open loop cooling system.

LN2 is so much cheaper to run and it’s sustainable. We’ll never run out of Nitrogen so long as there’s power to cool it. LN2 is cheaper than craft beer.

Or a chicken drumstick for somewhat similar bone strength.

They were talking about your use of loose in place of lose.

When considering shorting stocks it’s important to remember one of Keynes’ better quotes, “the market can remain irrational longer than you can remain solvent.”

South China Morning Post publishing propaganda? Say it’s not so.

The speed of sound in seawater is around 1500m/s or 5400 km/hr. Something tells me they won’t actually be going supersonic.

The article shouldn’t be referencing the speed of sound without specifying the medium for the sound waves and conditions such as temperature for water or temperature and pressure for air.

Also, the supercavitation would be incredibly noisy underwater, and at those speeds the vessel itself would produce a very loud pressure wave that would be easy to detect. So its advantage wouldn’t be in avoiding detection, it would be in moving fast enough that detection doesn’t matter because no torpedo could intercept them.

Usually in a parabola.

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I rented a Nissan that would scream at you for deviating from a lane. I couldn’t turn it off fast enough. Driving on a small winding road was constant false positives. Even on the highways, faded and repainted lines was throwing false positives. It was more of a distraction than a help. When driving in an unfamiliar city I didn’t need the car distracting me with its disfunction.

Turning it off was buried deep in a menu that was not convenient to find. There would be no way to quickly or safely toggle it on and off as conditions vary.

China and South Korea have much lower plant build cost and timelines. The really high delays and cost increases in the west are more an indication of problems in beauracracy and contract writing than fundamental to nuclear technology.

There’s something else wrong besides just excessive SEO. The other day I was trying to find a battery controller for a diy battery pack. I searched “rechargeable battery controller.” Every result on the first page was rechargeable battery packs for Xbox controllers. I understand how there could be a strong correlation, but it was every result being for Xbox controllers. So my conclusion is that Google search is doing more than correlating occurrence of search terms now. I think they’re running some sort of ai to guess what you intend to search based on what you typed then showing results based on that. So their system decided I was looking for a battery for an Xbox controller and showed only results for that search rather than a search of what I actually typed.

Ai accelerators and gaming gpu could definitely be split apart. AMD already uses different architectures for those applications and they have notably smaller engineering teams.

Raytracing could also ostensibly be spun into a separate division. That’s already split quite a bit in the architecture. Then Intel, AMD and whatever other competitors pop up could license the raytracing tech stack or even buy raytracing chiplets.

Some of the software solutions like DLSS could be spun off and allowed to license to competitors.