My favorite: near the Bering strait you can see the distortion of the map - obviously ships go in straight lines on a sphere but in a curve on the map.
Writing this on a first-gen 13 DIY, so it's already a bit dated. I've already added additional RAM and swapped in a much bigger SSD (really underestimated how much space you need if you heavily use docker and VMs).
The 1st year was a bit bumpy with 4k monitors over a USB-C hub being somewhat flaky. Ever since a clean Ubuntu reinstall, I'm very happy, no complaints whatsoever.
Sure, it costs more, but the combo of perfectly running Linux, giving me the piece of mind of repairability and easy upgrades for me justifies a higher price.
On the other hand, I'm not willing to pay the kind of premium you have with Apple products, where for incremental steps in more RAM or SSD you pay a multiple of the off-the-shelf price of the added space.
"Most components" seems a bit of an understatement when compared with the Framework.
Sure, some components can be replaced. And not at the same cost (opening and manipulating the Framework vs the ThinkPad). But not all, like the motherboard.
I may have built multiple dozens of computers in my life, so it's not that I'm new to this world.
Lots of parents limited their kids' TV (television, you know) time back in the day (mine sure did, thanks mum and dad, even though I didn't particularly approve of the restriction back then).
Now you have to limit smartphone (and tablet and PC and TV) time. Lots of parents do this already, CEOs are not alone.
The television set was never in every kids pocket, though.
And obviously "lol don't buy your kid a smartphone then lol". sure, easy to say, but the world is getting more and more connected.
Availability is definitely a factor, but I feel that a far more important aspect is that a YouTube feel is personalised. It's A/B testing you for weeks on end, and has a pretty good idea of how to get maximum engagement. TV was never this targeted, nor was there feedback to ratchet up what it suggested to you.
Kids don’t stand a chance against decades of data/research and billions of dollars weaponized against human psychology to garner as much of your attention as possible at all times.
Kids should own a device with "adult" bit set to 0, so that they can only use government-approved applications and sites. Why government? Because parents are too lazy or dumb to configure anything and 90% will just let their children access whatever they want and the rest 10% will feel like losers who cannot watch the things all their classmates are allowed to watch.
What happens when the kid eventually becomes an adult? They have to buy a new device? That seems like an really great way to create a bunch of unnecessary e-waste.
Also, letting Big Daddy Government control what we show the kids has got to be one of the worst ideas I've heard. Propaganda machines that parents have no power over? No thanks. That seems like the most likely outcome of this sort of measure. Next thing you know, every computer will also have a "activist" and "journalist" bit; once you normalize role-based access controls, the catgories will only ever expand.
Ehhh I’m more of a “hybrid model” guy myself. I do think the government should be more involved in regulating what these companies can do to us and how they can use our data, but I’m not really in to your vision of how involved they are in apps directly (imagine that kind of power with the Trump administration).
Meanwhile I do think parents should not be expected to literally handle every element of this because it’s just not possible to have eyes on every bit of media/entertainment/etc our kids can find. That being said it is our responsibility to educate our kids on some level, so we can’t just expect to pass the buck entirely to external systems. I do think it’s reasonable to expect some basic guardrails though.
Needs to be a little bit of effort and restriction across the board.
Its sister tunnel - the Semmering Base Tunnel [0] - is scheduled to be completed in 2030. These two combined greatly reduce the travel time from Vienna to Graz and Klagenfurt (combined 1h 15m time saving).
You don't hear that much about great engineering projects today, yet it's still an incredible feat to build those.
They actually used that in the US as well for railways. I remember a post years ago on the Classic Computer Mailing List from someone who said that their father had worked on the railways and pointed out that the "high bay" station lighting all ran off 3-phase 16.7Hz power. Apparently it looked okay at ground level but was quite disconcerting when you looked up and saw the lights flickering in patterns of three.
It used to be exactly one third, i.e 16 2/3 so you can have generators on the same axle. However, being exactly one third caused unwanted resonance effects. So with the advent of power electronics it has been slightly shifted to 16.7 Hz. Within tolerance for the motors, but no unwanted resonance anymore.
My high school physics is not sufficient to really understand it.
That doesn't help me, I'm afraid. It must be low enough pressure to allow lower air resistance on the train, so must be a significant vacuum. Even if not a perfect vacuum, the carriage can presumably not exchange air with it, since the carriage is at a higher pressure. If you used aircon in the train the lower pressure air in the tunnel would be very poor at convecting heat away?
In that way, your thoughts will live on ...
reply