Just saw this on yahoo. So how long do you guys think it will be till something like this is up and running
Just saw this on yahoo. So how long do you guys think it will be till something like this is up and running
10, 15 years at least.
They can dynamite Devil Reef, but that will bring no relief, Y'ha-nthlei is deeper than they know.
I don't think it will happen in my lifetime, but I'd absolutely love to be wrong.
edit - To be clear, it's a funding issue. While there are numerous technical challenges, I'd be confident in our ability to solve them if our science wasn't funded like shit compared to our war machine.
Last edited by Spectral; 2012-08-27 at 02:30 AM.
How would that even work? Would the like.. literally attach the cables to the moon? Wouldn't that interfere with the rotation of the earth and moon? xD (Sorry, haven't read the article)
The cables can't support their own weight. I don't think that an Earth space elevator will happen any time soon.
Last edited by haxartus; 2012-08-27 at 11:10 AM.
Probably not in our lifetimes. We don't have sufficiently strong materials. If there were a revolution in materials science tomorrow and we could suddenly mass produce materials stronger than carbon nanotubes, maybe, but I don't see that as likely.
'Twas a cutlass swipe or an ounce of lead
Or a yawing hole in a battered head
And the scuppers clogged with rotting red
And there they lay I damn me eyes
All lookouts clapped on Paradise
All souls bound just contrarywise, yo ho ho and a bottle of rum!
Gundam 00, really good example of what an happen if this actually happened.
Even carbon nanotubes weight too much for a space elevator.
I bet we even wont see a man on mars in next 50 years, feels like the technology progress (not talking about computers) has been as stagnant as it possible (how on earth we still use gas!).
I'm only about 11 years older than you, but I don't think we're going to have a space elevator in 2050.
---------- Post added 2012-08-27 at 04:20 PM ----------
It's not so much the weight as the tensile strength in the middle. Gravity reduces the farther away from Earth you go, and at some point, you have the mass of both the cable/ribbon and the counterweight pulling against Earth gravity. It ends up being a question of the levels of stress in the middle of the cable.
'Twas a cutlass swipe or an ounce of lead
Or a yawing hole in a battered head
And the scuppers clogged with rotting red
And there they lay I damn me eyes
All lookouts clapped on Paradise
All souls bound just contrarywise, yo ho ho and a bottle of rum!
Space elevator will be built when we need to send to space a lot of materials (probably mega tons, it can be calculated) for any future purpose, untill that moment rockets are cheapper.
This will not happen before a long time I think...
We also have to make some improvements for some specific technologies in materials science, but it won't take long on the contrary
Space elevator is a perfect and realistic idea, made up many years ago.
Around 50 years or so.
Extrapolating from the technological advancement during the last 20 years, I predict that by 2100 we'll have achieved nothing in the area of spacetravel. Yet we'll walk around with awesome, lasershooting, foodproducing mobile phones with a teleport function.
Unless ofcourse, Apple decides to use their fresh 1 billion dollars to build said space elevator.