Do we have any economic models which managed to predict any non-obvious, relevant things?
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Do we have any economic models which managed to predict any non-obvious, relevant things?
Luggage which clips together like a storage/day backpack combo is very valuable for this: Your backpack might be comically large, but you can haul all your stuff with free hands. At your accomodation, you can leave the large bag and continue on your day pack.
Free hands are critical when travelling by train or bus, or if you just wanna get a snack and drink.
Under no circumstances should we let AI filter the fediverse. Freedom is worth more than mild offense.
No clock can display the exact current moment of time. That would require infinite digits, and even then those will be late, since lightspeed will ensure you recieve the femtoseconds and below really late.
It happened on 26. September 2022. That is not a long time ago.
> It seems like a pointless attack that achieves little other than reminding the world that horrible, oppessive governments are dangerous to everyone
It sends a message, as sabotaging communications is frequently done before an attack. Also it damages morale and is a show of power.
If it's bad and we don't avoid it = potential disaster
If it's no problem and we avoid it = Some unnecessary losses
If it's no problem and we avoid it = No problem
Currently, considering past patterns, it looks like PFAS are problematic and the potential cost of failing to mitigate could be very high. So being more cautious is the rational solution, even in the face of uncertainty.
Because he can make more money under one than the other.
Fundamentally driving consists of a set of fairly clear cut rules with a ridiculous amount of "it depends" cases.
All the way to the deepest depth of history actually: Sumer and Elam left behind records of slavery and later on in Ur we find laws seting up a framework for slavery.
I am a diehard EV proponent, but it's important to admit that there are places where EVs are not the right solution. Especially in vehicles which take part in emergency response, the high energy density of fossil fuels is absolutely a benefit.
Well, a lot of it was corruption. A sufficient level of corruption can destroy almost any system, even if it had a well-meaning leader at the top.
The opposite it true: You can throw away things on Earth and have local industry produce replacements. You cannot cost-effectively bring equipment to the moon since you have significant launch costs. Optimizing for light-weight and reliable machines is inherently costly. There is no escape from gravity here.
> That's all fine if it means it can work with lunar materials only.
There is no manufacturing capability on the moon and you need to price in the cost of setting up such an industry through the bottleneck of lauches.
Why are they in leadership roles? No clue.
Absolutely not. In space you have to dela with things like radiation, extreme temperatures, or cold welding of joints. Energy supply can be a big issue depending on your environment. On the moon you have to deal with extremely abrasive dust.
The most critical issue in space is how difficult it is to fix things: If you can get a human there, they will be constrained by airlocks and space suits. In most cases it will be impossible to get anybody there and you need to construct 100% reliable or self-repairing machines. This is extremely difficult.
You'd be suprised by the amount of people who haven't got the memo.
[1] https://news.unl.edu/article/nebraska-study-finds-billions-o...
In all seriousness, is there anything more to a move like this than bookkeeping?