I don't care how much of an idiot you are, you're simply too stupid to respond to further. I don't want things to be as they were in my childhood. Back then, things were a mess. BECAUSE government tried either to micromanage everything or manage nothing at all. The idea of a third way, where governing is about just that, placing control mechanisms in place but not do the management, is obviously far beyond your pea-brain.

The problem is that you can ALWAYS get around rules. It isn't possible to make perfect rules for anything above a minimal level of complexity - that's just a variant of the Turing-Church Halting Problem.

So you are forced to invert the dynamics. There's no real alternative. Instead of you creating a high level of complexity that the departments will work their arses off to avoid, you force the departments themselves to create the regimens that they're prepared to live with. But you have to do so cleverly. They will always create regimens that mean they do the least work necessary (because that's cheap on resources and they will ALWAYS consider this sort of extra work to be an imposition) and have the least amount of culpability.

So you need to meet three conditions:
1. The department can't evade the bits they're actually able to do
2. The department CAN pass on work they're not equipt to do, but ONLY if it's their responsibility to oversee the department they pass it onto
3. The department IS inescapably culpable for failure to either do the work OR ensure that others do it

You do NOT need the frameworks for each department, and should not attempt to draw those up. Those will be departmentally-specific and timeframe-specific. Far, far better have people who actually know the specific context do that work. No department likes to look like it's being forced to do anything, so making the actual detailed specifics internal, you're utilising their psychology. They're not being "forced", they're defining their additional responsibilities and duties. From a psychological angle, they're much more likely to be receptive to this perspective.

But because the departments are all internally writing their own management protocols, YOU DON'T HAVE TO. You only need to have a framework which obliges them to write up what they will request. This is MUCH lighter and, because it is much lighter, it is far less prone to have failure points where generic ideas don't work for a specific type of work.

If we want to look at this in software terms, only an idiot would write an overly-restrictive langauge that imposes a strict model of thought regardless of the type of work. If you want to provide a high level of confidence in correctness, you don't try to impose it through a myriad of complex hurdles and rigorously controlled APIs. You achieve it by incorporating contracts (function X is guaranteed to take in data meeting these requirements, and is guaranteed to deliver data meeting these other requirements). Contract programming is much, much lighter on the development process, doesn't impose on the programmer, and yet creates a very high level of assurance. Mostly because programmers aren't working to try and cheat with irritating APIs.

In Linux terms, you want a lightweight virtual layer handling filesystems in general, the filesystem policies should be handled by the filesystem not the main kernel. You want the main kernel to be doing as little of the work as possible. As soon as it is heavy and micromanaging everything, you're going to end up with something slow and unstable, that really can't do a whole lot.

You want to push the complexity to the edges, that's where complexity belongs. The bit that changes slowly, can't handle special cases, has least visibility into what is needed, and is really a very blunt instrument wants to be lightweight. One reason for having things like Common Law and Case Law is precisely because the legal system figured all this out centuries ago.

I disagree. It actually needs less regulation.

The siloing of knowledge and duties is why it was always somebody else's problem. So you simply take out all the regulations that obligate siloing and replace all of that kerfufle with a single rule: "If it's on your plate and nobody else has published that they've done the work so far, it's your responsibility, silos be damned, and failure leaves you liable".

That's it.

That's all we need. A removal of siloed thinking and a duty to complete all of the scheduled work regardless of whose toes it tramples.

That would have solved the problem. But, because departments never like to give up powers they obtain, a side-effect would be that departments would be proactive. They wouldn't walk down piers, looking for strange things. Rather, if they heard of strange things that are their department, if they don't want to be shamed, then they need to ask the company for more information. Because then it's on their plate and not that of a rival department.

The other benefit of using this approach is that it isn't about the special cases, it's about the general problem that underlies all of the special cases of this sort: nobody takes responsibility until it's already a disaster.

If a department is liable for pretending the problems aren't there, then the department wil CYA. If the only way to do so is to do all the outstanding work, regardless of title, then that work will get done. If the only way to get it done right IS to give it to the right department, and they're on the hook until that has happened, you're damned right it'll happen.

I've worked in the public sector, I've seen the paranoia and closed-mindedness first-hand. That's not going to go away. So you solve the issue by exploiting those traits, since you can't eliminate them.

What's next? Screwsharks? Shit usually exists for a reason, even if unclear and sometimes bad ones. Taking a chainsaw to all of it has caused havoc and probably cost more than it saved.

Screwworms prevention was a mission of USAID. The US was giving aid to many countries which meant that screwworms were being stopped in those countries before it came close to US soil.

The research into screwworms was part of the whole "trans mice" research they openly mocked as they proudly cut funding to. The "trans" refers to transgenetic - i.e., genetically modified mice. The kind of thing you use to do all sorts of research into (especially things like cancer).

The "FO" part of DOGE cuts is coming up. A lot of those programs were humanitarian, but also practical in keeping disease off US soil

Ah, I see what you mean, now. Yeah. I do my best to make lore make sense, but that's one I can't fix.

I suppose one could argue that you want the more dselicate computers behind the pilot, since then it has the greatest achievable shielding on all sides without having excessive distance from the flight controls and without becoming inaccessible if the pod that is loaded into the middle is not traversible. Similar reasoning is used in Formula 1 - delicate bits of the car (such as the fuel tank) are placed between the driver and the engine, to keep them as safe as possible without creating a burden. This would necessitate there being a step down to get to the pilot's chair. It's not a particularly good piece of "lore repair" but it's the best I can do.

The nuclear waste silos were, though.

The feet operated as vertical rockets, so I'd say the designer was thinking along the same lines you are.

The landing pads are also vertical thrusters (which is how they can skim), so you need space for the nozzle, engine, and fuel. The size of the landing pads would seem fine, given everything that needs to be in them.

I'm calculating mass in terms of filled volume. The entire mid-section of the Eagle was a mesh of girders, rather than a solid hull. Since the total space filled is 1/Nth that of a solid hull that has to be able to handle the same rotational forces, the total mass is reduced. The cross-hatch patterning is likely to be good there, as it's strong along those lines. We don't need to specifically know what the material is, or the specific mass, as long as we can use engineering techniques to figure out the percentage of material we need relative to having a solid hull.

That's true of all sci-fi, by nature. The challenge, though, is to make it as plausible as possible. The "traditional" rule (variously ascribed to Arthur C Clarke and Isaac Asimov) was that good sci-fi was allowed to violate one law of physics (although this had to be justified and explained) but everything else shoud be as plausible as possible. S:1999, as a whole, certainly did not comply with that, but if we restrict ourselves to the Eagle, then I'd say that it would just about pass muster there.

Let's look at the various aspects of the Eagle design.

1. It was "designed to work in space" so wasn't designed to be aerodynamic
2. It was modular
3. Mass was kept to a minimum without compromising strength, which is precisely what you would want if your job is to carry a significant mass in space and be able to manoever without ripping apart
4. Cockpits were functional and minimal, not glamorous or more advanced than necessary to do the job

There were terrible aspects as well (nowhere to keep fuel, for example), but if you were going to design a sci-fi ship that is intended to be a simple short-range transport, then the design for the Eagle is close to perfect in a way that most sci-fi vessels really aren't.

Brian Johnson really did a superb job of actually making something LOOK like a practical workhorse.

The Brexit referendum in 2016 did NOT permit all British registered voters to vote. This was taken to court multiple times.

The number of people who were entitled to vote was very tightly restricted. Access to a polling station was limited. There were many factors that could result in you being excluded. Postal ballots were largely not permitted, even though they were officially allowed. If you were overseas at that precise moment, you couldn't vote. You had to specially register to vote for it, but the website (which not everyone could access, strangely enough) was only up erratically. Those in the Isle of Man, although full British citizens, were not permitted to vote, for example.

The whole point of the C64 Ultimate is to combine what was basically about a dozen or more individual C64 retro projects into something that is consumer friendly. If you ever tried to acquire these things, you'll quickly find out they're often made in small quantities by individual hobbyists all over the world, and buying each piece separately you'll find will cost more from all the individual shipping and piece costs.

The company basically scanned the Commodore retro landscape, picked the components that were the best and most manufacturable, and built it. Then put up a company behind it where they package it into a box and then ship it around the world. Instead of someone having to piece it together from dozens of small time indivviduaals, you can basically buy it in one go with effectively free shipping and it's all integrated and ready to go.

What they are doing is capitalizing on the "Offline" part of the brand. The C64 heralds from a time when computing wasn't online and when you aren't bombarded with subscriptions and alerts and other things. And they're leaning heavily into that with the phone - you use it to communicate with others, not doomscroll.

And anyhow, putting together a real C64 already costs a fair chunk of money - working units are several hundred dollars, plus a disk drive, or other parts like an SD-IEC and adapters to modern TVs and replacement power supplies (because the originals have a tendency to short out now and provide more than 5 volts to the 5 volt line, popping all your rare and now unobtainable chips).

While I probably won't get the phone, I did buy a C64 ultimate. It's just nice having it all in one place. It has modern conveniences that get rid of the stupidly slow disk and tape loading (which were slow even when it was contemporary - basically it was software handshaking serial).

And to be fair, at least they're doing something on brand. Not like the dozens of brands bought up by Chinese companies selling all manner of crap bearing RCA, Zenith, Westinghouse and other old school brand names from companies long dead.

If it's in the CPU I bought, how should it never have had that feature that's clearly in the CPU I bought?

This is the CPU equivalent of those car makers wanting a subscription to enable the heated seats. Maybe AMD will enable it for $5 a month or something.

It's basically buying a car and having heated seats installed even if you didn't pay for them. They did it because it simplifies production. If you choose to enable it yourself, it's unsupported - so if you activate the heated seats yourself that sets your car on fire, they may not warrant the vehicle against the damage and insurance might deny coverage. And yes, usually the heated seats are just left unconnected, so people have hooked their own power connections and switches to manually turn them on and off.

Likewise, producing a a die is very expensive - it's like $100K per mask, and you need 20-30 masks per chip (so about $2-3M to produce a mask set which needs ot be done before you can make one chip). Those chips are then fused so they can be customized per requirements. So one die design can fulfill several lines of processors from low to mid to high end chips and create product differentiation.

Of course, the documentation also will usually not describe features you're not supposed to have,usually those registers are marked as "must be set to zero" and configuration registers are not documented. It's why you often find missing registers in register listings.

Enterprising people who have access often can discover hidden functionality if they try misconfiguring the register and seeing what happens. But such things are unofficial.

Of course, it's entirely possible that because to fix some bugs, they may need to disconnect some blocks so they could re-use the transistors - because often you can get away with just re-wiring the transistors rather than having to remake the entire mask set. It's what makes the difference between say, B1 to B2 steppings from B5 to C0 steppings - the B1 to B2 usually just means a metal layer rework so it's much cheaper as you only need to redo a subset of masks. When they go from B5 to C0, it usually indicates that a whole new mask set was created.

But it could easily mean that they fused out the MEU so you couldn't unofficially enable it, or maybe they borrowed the transistors to fix some other flaw.

Well, school has been sucking the life out of reading for over a century nowadays. It's always been a problem - honestly I love reading and read a ton of stuff. But I also remember reading being a chore in school because the stuff you're forced to read generally isn't very interesting.

My school didn't force me to read 1984. So one day out of boredom I read it because it was referenced in a lot of places, and I found it a very interesting read. Maybe not if I was forced to read it, long before anyone really pointed out why I should be reading it.

Maybe school should start emphasizing why the reading materials chosen are actually relevant instead of just going through Jane Eyre and analyzing all the subplots.

Of course, this is in early elementary school though. By college you already should have a basic amount of reading level because you gotta read your textbooks. But also by then most reading I woiuld do would be recreational, and some from genres I really dislike in my days growing up like history. But give me a book on the history of computing? Yes please!

School does a bad job at encouraging students to read in the early years. But by college one should already be able to be literate. Then again, with your phone pinging every 5 seconds, chances are the real reason is shortened attention spans - you can't sit down and read a page without your mind wandering or waiting for that ping.