Oh yeah, traditional fairy tales are like that.Sounds a bit violent.![]()
Oh yeah, traditional fairy tales are like that.Sounds a bit violent.![]()
Some stories for kids don't have any such plot. For example those "Slovenly Peter" ones, where the kids are obliterated.
But in fairytales the standard seems to be that if you are not human, you will lose
It's why Dunsany isn't writing such fairytales; the Nuth story is excellent, and the humans don't win (one of them suffers rather terribly, the other is Nuth).
The station on a space elevator would be in a geostationary orbit. The cable the station is attached to would extend a little farther out, and there'd be some kind of anchor weight on the end of it. So how long would it take to reach the station from the ground? At the speed of a TGV or "bullet train", it would take about 5 days. A space 'elevator' wouldn't really feel like an elevator or a 'lift' at all. It'd be more like riding on a train or a cruise ship, with the cars stacked on top of one another. There would be probably be regular elevators/lifts inside the space elevator, that you'd use to go from your cabin to the restaurant or the movie theater. While you're riding up it, being inside a space elevator would be like being inside a 20-story building. I assume the speed of a space elevator car would be a function of passenger comfort. I suppose an automated cargo pod could go up the cable faster than a passenger car. That's just me speculating, though.
So let's see if I get this: A geostationary orbit is an orbit at an altitude that allows the object to move slowly enough that it stays in place relative to the body's rotational period, without succumbing to the body's gravity and falling into it. On Earth, a geostationary orbit is a little over 35,000 km (22,000 mi) high, with a velocity of about 11,000 kph (7,000 mph). -ish. There are a lot of satellites up there. GPS satellites. Weather satellites.
You might think that things in higher orbits would have to travel faster than things in lower orbits, because the circumference of the circle is greater, but objects in Low Earth Orbit, such as space stations, actually have to travel a heckuva lot faster to avoid sliding down the gravity well and dragging into the atmosphere and dying a horrible, fiery death and exploding. The ISS moves at 28,000 kph / 17,500 mph at an altitude of only 250 miles. It orbits the Earth in 90 minutes. In geostationary orbit, you orbit the Earth in... drumroll... 24 hours. That's right, even though it's geostationary, you are technically orbiting. It's just that the Earth is spinning underneath you at exactly the same speed. The Moon moseys along at 3,683 kph / 2,288 mph at an altitude of 238,900 miles / 384,472 km.
The station on a space elevator would be in a geostationary orbit. The cable the station is attached to would extend a little farther out, and there'd be some kind of anchor weight on the end of it. So how long would it take to reach the station from the ground? At the speed of a TGV or "bullet train", it would take about 5 days. A space 'elevator' wouldn't really feel like an elevator or a 'lift' at all. It'd be more like riding on a train or a cruise ship, with the cars stacked on top of one another. There would be probably be regular elevators/lifts inside the space elevator, that you'd use to go from your cabin to the restaurant or the movie theater. While you're riding up it, being inside a space elevator would be like being inside a 20-story building. I assume the speed of a space elevator car would be a function of passenger comfort. I suppose an automated cargo pod could go up the cable faster than a passenger car. That's just me speculating, though.
Same thing happens in Red Mars (1992). If sci-fi authors are to be believed, a space elevator is a terrible idea. They all crash.The novel deals with the aftermath of sabotage, and the millions of deaths that happened when the space elevator came crashing down to Earth. As it's falling, Earth's rotation continues, and so the death and destruction is spread out much further then it would have been if the elevator had just fallen straight down.
"If you say why not bomb [the Soviets] tomorrow, I say, why not today? If you say today at five o'clock, I say why not one o'clock?"Til Von Neumann was very supportive of the idea of nuking Russia.
From about 1933 onward AIUI.Til Von Neumann was very supportive of the idea of nuking Russia.
Yeah, the idea of "winnable nuclear war" was very much a thing back then. Several years ago, I remember Dexter Filkins talking about how that idea was being revived by some in Pakistan. That was a little while ago now. I'm not sure where Indian or Pakistani doctrine stands today (or anybody else's, I guess).Til Von Neumann was very supportive of the idea of nuking Russia.
Yeah, the idea of "winnable nuclear war" was very much a thing back then. Several years ago, I remember Dexter Filkins talking about how that idea was being revived by some in Pakistan. That was a little while ago now. I'm not sure where Indian or Pakistani doctrine stands today (or anybody else's, I guess).
Til Von Neumann was very supportive of the idea of nuking Russia.
Thinking about this a little more, I guess I am a little surprised that one of the scientists was a nuclear/atomic weapons proponent. At least in my own head, I attribute the winnable or limited nuclear war guys as being military men, like Curtis LeMay. George Patton was also in favor of the Western Allies attacking the Soviets, but I don't know if atomic weapons factored into his thinking, or how. Google says the first Soviet atomic weapons test was in 1949, so Patton wouldn't have had to consider their retaliating in kind. LeMay would have been fully aware of what the Soviets had in their arsenal, as much as anyone did at the time.Yeah, the idea of "winnable nuclear war" was very much a thing back then. Several years ago, I remember Dexter Filkins talking about how that idea was being revived by some in Pakistan. That was a little while ago now. I'm not sure where Indian or Pakistani doctrine stands today (or anybody else's, I guess).
I was briefly watching an interview of Edward Teller (worked on the US hydrogen bomb, moreover termed as "the father of the hydrogen bomb"), where he stated that in his view it would be worth it if tens of millions of people in USSR and consequently the US died, if freedom was to be protected etc.Thinking about this a little more, I guess I am a little surprised that one of the scientists was a nuclear/atomic weapons proponent. At least in my own head, I attribute the winnable or limited nuclear war guys as being military men, like Curtis LeMay. George Patton was also in favor of the Western Allies attacking the Soviets, but I don't know if atomic weapons factored into his thinking, or how. Google says the first Soviet atomic weapons test was in 1949, so Patton wouldn't have had to consider their retaliating in kind. LeMay would have been fully aware of what the Soviets had in their arsenal, as much as anyone did at the time.
My point, that may not have been clear, was that when it was convenient for funding Von Neumann was well into the idea of aryan racial supremacy and "nuking" Russia to liberate lebensraum for Germany. In the process he actively used slaves to build his rockets on an industrial scale. I am not sure his stated support for the use of nuclear weapons in the 50s is that far for the expected moral position.Thinking about this a little more, I guess I am a little surprised that one of the scientists was a nuclear/atomic weapons proponent.