So fun seeing all these familiar names pop up in a single thread, haven't been active in video after leaving Kaltura but have fond memories of FOMS/FOSDEM and meeting all of you!
Give it an image, get back a URL, scale to zero when there’s no traffic. The platform handles isolation, routing, and resource limits. The user handles their app.
Only if there's a commercial incentive to do so methinks. Just one of the things where I expect a legal catch-up is needed to get companies to do the right thing.
Yes, but similarity alone is not a guarantee that words are related. The words val and [h]val are not related in Swedish, even though they ended up with the same pronunciation and spelling in the modern language. Sometimes, words can end up as "fossil words" because the main usage of the word was lost.
This can also happen to word roots. Because this is about a historical word, it's interesting to look at the broader Indo-European language tree for clues about the original meaning.
I don’t think -kingur is a suffix in old norse. It is not a suffix in modern Icelandic, and I can’t think of any suffix like that.
In fact I don‘t remember a suffix which attaches to a pronoun. In modern Icelandic at least we like to introduce more pronouns or conjugate them rather then to suffix or prefix them.
If the word was broken as vi-kingur, I think the modern Icelandic would be við-kingur (or við-lingur), which is simply not a word in the language.
Argghhh! When all ye got is a 300 Baud connection and a ASR-33, then ye be thanking your lucky stars for ed! And pray that the ribbon ain't worn out, and that the paper tape don't jam!
A pox o' chads on your house, ya mewlin' landlubber!
If you work at AWS in a technical role you can check the capacity of each pool in each AZ using an internal tool. Previously the main reason for pool exhaustion was automated jobs at the start of each working day as well as instance slotting issues (releasing a 4xl but only re-allocating a l means you now cannot slot another 4xl).
All the big ones have talked about their storage systems, but have been reluctant publishing papers like they used to do, so it appears to be more of a marketing focused effort than trying to share the technical details with the world.
That would be 1 liter of the active ingredient, not 1 liter of the eye drop. Also I don't believe that 1 ppt of this stuff is harmful when people are putting it directly in their eyes without severe harm.
Yes, but too slowly to matter. Average person consumes 1.5 liters per day of water, so if you live to 100 that's 55000 liters. At 1 ppt that's 1 ng / liter, or 55 ug over a lifetime. That's multiple orders of magnitude less than one drop of the stuff to your eye.
We will know after the drops have been out for over a decade, and actual real-world safety data studies get published.
Meanwhile, Restasis (cyclosporine A) (or a generic) works well, and doesn't have to be applied all day long, just two or three times a day. It does burn the eye initially, but it's not harmful, and the burning goes slowly away over time. It does take a few months to start working.
Maybe, maybe not, maybe like teflon, the real poison is an intermediate ingredient, but I think its bullshit that we're just creating chemicals that linger in our water supply for eternity. You literally cannot find anyone in America without traces of the dangerous variant of the PFAS in their blood stream. Like every sip of water is some ridiculous dupont cocktail and we have to tolerate it because people have dry eyes and want non stick pans. Why cant you just use theratears?
One thing you can be sure of is that the vats of PFAS being produced year after year for this drug aren't going away anytime soon. They're called "forever chemicals" for a reason.
Being dispersed in the environment is not the same as being concentrated into our drinking water supply with each measure resulting in 1ppt contamination of a trillion measures of water.
Largely firefighting foams, industrial and manufacturing, and landfill sources, but it's still an interesting problem. They don't really break down (that's why they're so useful both in a materials science sense and as a medication) which implies they'll stick around for an extremely long time.
Maybe the problem for Intel is complacency exactly because there is this expectation of a bailout when things don't go to plan.
While other hardware companies got lean operationally and employee wise Intel did not. The ex-Intel employees all paint somewhat the same picture of bureaucracy, layers of (poorly managed) dependencies and reliance on paradigms that worked during late 90s / early 2000s.
If you followed sources like semiaccurate the situation at Intel is not surprising either, they've been reporting on issues there since their inception.
