I've used many a government website in the Navy, and they were almost invariably bad, but it had nothing to do with React per se.
A very slow website I can think of had something like 200 GET requests required to load the landing page, and it used Liferay with Material Design Bootstrap. That was closer to the "style at the time". React is the style of this time, but you can write very slow websites in anything, I'm convinced.
That's true, and yet the evidence shows that some companies have been able to do it. I think there's something to be learned by studying those companies as a data set.
What's interesting is that this is not a long-standing pillar of the American financial system but a relatively recent addition that was done without any democratic legitimacy whatsoever. I think it's pretty clear that if we go a different direction, we can have a different outcome.
These perform way better and have similar efficiency, too. Case, power supply, cooling, and storage are all included too. If you don't need GPIO then you don't need a Raspberry Pi. If you do then consider using a microcontroller (Pi Pico, ESP32, etc.) first.
I'd throw in the manual gearbox, the noise, vibration, smell, and being able to see the mechanical workings as well. We can get a punchy, lightweight vehicle with an EV conversion, but as you've heard from others, that leaves something to be desired
There is a whole table of examples like the one you mentioned in the book. This has been going on a long time: companies being destroyed, all in the name of profit.
"It's the publishers" skips the part where you choose what your students will study, and how they will be graded.
Pearson cannot force a student buy anything. But you can.
The moment you decide your course will incorporate MyLab, McGraw-Hill Connect, Cengage MindTap, or WebAssign, the student is on the hook to buy the access code, by buying a brand-new copy of the book. The access code isn't a freebie that comes with the book. It's the main reason to buy the book.
That access code does one thing: it moves the grading work. Grading used to be your job or a TA's, and it was paid for out of the tuition fees the student already paid to your employer.
Now you're double dipping: you make the student pay tuition fees to attend your classes, and then you make the student pay your outsourced auto-grading provider.
The problem you're talking about isn't 1:1 meetings, it's having a toxic and dysfunctional team of assholes at a shitty company. In that kind of environment every interaction with people is awful, 1:1 or not.
It's useful if you need GPIO but not $350 useful. Nowadays you can get used office mini PCs with a 10th gen Intel and 16GB RAM for like $200 and they'll come with an SSD. No idea why anyone would buy an expensive Pi.
“…for energy is the lifeblood of this society and when the chips are down he who controls the energy supply controls Planet. In former times the energy monopoly was called ‘The Power Company’; we intend to give this name an entirely new meaning.”
Why not ask someone that can do astrology to do your stock picks and sports bets for you?
You know and I know that The Product is at best nowt more than 'astrology'. The Product does do search engine things though, and it could be scaled down to fit in a phone or even a watch, to be good enough for 'the pub quiz' or for writing a gormless email.
As for the article, META does very little for the vastness of the corporation. They have gazillions of developers yet Facebook and Instagram are as boring as ever, Threads and the Metaverse are just lame and what else do they do, apart from serve ads?
We're producing 14,000,000 barrels of oil per day and exporting about 6,000,000 per day, but if you use a graph with two different y-axis scales you can make the lines cross so it looks like we're exporting more than we make.
Power density is the exact metric by which datacenters are differentiated between “hyperscalar” (i.e. what most people call “AI datacenters”) v. your run-of-the-mill colocation DC.
Also: a flat MW cap per DC is straightforward to game by splitting one big DC into multiple smaller DCs.
Was excited to hear that they have a lower power rad-hard snapdragon system going into the new missions! The RAD 750 is basically a 30-year old IBM RS-6000. Very well known, but has been the goto CPU for way longer than I thought it would be.
I try to be skeptical about quotes, especially when they affirm my preconceptions. So here's the surrounding material:
“You know what I really love? I love the inflation. You know why? Because as soon as this war is over, you know I can say it now ... you know we’ve been taking out millions of barrels of oil. Nobody knows it. You know who doesn’t know about it? Iran, until right now.”
I thought the whole value proposition of this thing was supposed to be that the interface is "natural" human language. If interact with it using a structured and specified language... then what are we doing exactly? Is this AI? Maybe we just re-invented GraphQL or something?
A very slow website I can think of had something like 200 GET requests required to load the landing page, and it used Liferay with Material Design Bootstrap. That was closer to the "style at the time". React is the style of this time, but you can write very slow websites in anything, I'm convinced.