Obviously their model is different to the big American carriers. Perhaps there’s something about the homogeneity of the US domestic market compared to the EU market that favors loyalty based airlines versus budget airlines.
The comments here seem to suggest that the loyalty program funded with credit card margins are to blame for the difference.
It suggests we'd be better of eliminating the absurdly high hidden taxes paid to the credit card companies, that in turn act to gamify the business. In the end they raise the cost of doing business, for virtually no benefit at all. It's a monopoly extracting as much wealth they can get away with.
The question at the heart of this: How can "the shining light on a hill" be so stupid? It's digging its own demise.
For example, katsu from cutlet, is borrowed back into English to mean… cutlet.
And when combined with “curry” as in “katsu curry” the journey meanders all the way through Tamil, Portuguese, Japanese and English, following sailors where they went.
More and more regular people are getting network storage appliances. More and more people have laptops with SSDs that can write at 4 or 5 GB/s. Why shouldn't they get to use all of it?
> I've yet to come up against a download (even a torrent) that seems like it would have really benefitted from having the entire theoretical 1.5 pipe available.
There are many things along the way that would get in the way of a home user downloading something from the internet that would hit that 5GB/s speed. It's not that people should be "banned" from it or something, more that the investment cost isn't worth it.
I regularly saturate my 1G home and 1G office connection syncing ~6GB files between the two. It's also nice to be able to download a 100G or so game quickly. Remote backups to cloud storage also benefit from fast upload speeds (and more importantly, restores).
We have a 5gbps pipe; routinely download games from Steam at >3gbps; when I had to reinitialize my cloud backup it was >4gbps. All of this without impacting anyone else on the pipe.
Yah, our P95 bandwidth is just a few megabits per second. But it's not that expensive and routinely saves me a few minutes here and there.
10gbps on the LAN is more broadly useful. Pegging it for a file share is a daily occurrence.
Also storage has gotten super expensive lately, and rather than upgrading my machines/consoles I've been offloading games and downloading them as needed and now am routinely downloading dozens of GB just to play a game.
My gaming time is limited so the faster the better.
I should have said most home users. My point is that more bandwidth at this point probably won’t affect 99.999% of home users.
What’s described in the post is the tech equivalent of supe-ing up a sports car and then driving it in rush hour traffic. It’s fun to geek out doing it, but practically in everyday use the difference will be negligible. Even with large file uploads and downloads, there’s a good chance that services won’t reach those throughputs end to end.
What’s telling is that the post shows screenshots and charts from artificial speed tests. No videos of the Dropbox client chugging away with throttled uploads.
In my experience unless you actually pay attention and get something with a dram cache it will sustain that speed for all of 5 seconds and then drop to near useless, and with the current dram shortages that is getting harder and harder to justify.
I just did a build out where ram cost as much as the GPU and both are individually 3x more expensive than the CPU and MB combined.
A decent 2TB nvme drive was also more expensive than the CPU and MB combined.
A 10GB network connection can happily transfer at that speed all day, your SSD is unlikely to maintain Sata speeds unless you actually shelled out for something decent, what came from the manufacturer in the laptop is not that.
Is there also something beneficial about the shirt he wore? It has a unique embossed pattern on the chest. Is it just a nice design or does it also provide aerodynamic or heat wicking advantage?
I can sort of visualize an aero improvement. If wind hits you flat on it goes all around and right against you, and it can bump into itself and then back on you since it's almost directionless. However if you have 'needles' coming out it gives the wind a 'direction' other than straight at you, lessening the pressure against your front.
Good eye! Almost like an inverted golf ball. If I remember correctly from undergrad aero, purpose of dimples on golf ball is to detach/disrupt more of any laminar flow earlier as air passes around the ball, which decreases drag. Golf balls travel way faster than a runner, but possibly still has some minor effect?
Yeah, exactly. The NFL is a closed system franchise. The same 32 teams play every season whether they win or lose. No team risks relegation to a lower revenue league. Every team gets a roughly equal share of the franchise revenue regardless of performance.
A slight factor differentiating security systems here is involved to the advantage of defenders: Attackers have to find a whole exploit chain, while defenders only need to fix one part of it.
The point is that, as the defender, you only have to find each hole once, while the attacker can spend an infinite amount of tokens trying to find more holes, that are increasingly harder to find and might, eventually, not exist at all. The defender can do that too, of course, but being in the defense, there is value in not being able to uncover new holes (your system keeps working, ostensibly) while as the attacker that's simply how you fail.
One of those is an absolute value (urea $) and one is a rate of change (food price inflation). Maybe I’m being dumb, but why are they tracking almost 1:1, both with linear Y axis?
I can compare Urea $ to Crude Oil $ and get an even closer 5 year correlation. Are we actually indexing against something else here?
Edit: that is, perhaps urea prices are driven mostly by energy costs, which in turn drives inflation rates.
Yes. Nat gas -> ammonia -> urea. Theres some efficiencies that vary by site but its a hundred year old process of a true commodity. The price per therm _is_ the input.
Was listening to a fertilizer analyst the other day. She thought corn:urea was the better comparison. Nitrogen is the cost of marginal yields. And corn:urea shows the farmer being squeezed between their commodity output price and the required input cost. At some point its just not cost effective to grow corn, so you go soy, and reduced supply should pish up future prices. Oh look! More commodity price inflation pressure!
Some image artifacts are even common enough to have entered pop culture. For example, if you are a fan of Dungeon Meshi, Marcille's "Sky Fish" familiar is inspired by cryptids stemming from the "rods" that often show up in pictures.
Once you stretch boundaries thin enough, you could argue that all art is about inducing pareidolia. After all, it’s all just cracks on glass/smears of paint on canvas and so on. It matters little whether there was artistic intent or not, if the result looks like a face, it looks like a face. ;-)
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