And there's the beginnings of the virtuous cycle that might bring about a positive singularity of that kind. This is something Bucky Fuller talked about a lot.
Novels, too-- I wanted to ask more about that later as well. I read "Bucky Fucking Dent." You did? Yeah, I did. So-- That's it, is you've read it?
Looking to the Mother Earth to find design for evolving technology. And also Bucky Fuller who is working with Planet Ship Earth. The third thing, we must make the transition from extractive technologies to technologies where the energy sources are regenerative so
We see some circumstance or some person. The net of all this is that as Bucky Fuller said, 99% of who you are is invisible and untouchable.
that's the wrong green monster i'm sorry all right that jimmy buffett really we couldn't get a better picture all right well anyways it stands at 37 feet two inches tall which is exactly one inch shorter than a bucky dent home run and of course it is hard to imagine nowadays that there are ads all over who but w.b mason would put them there
collapsing down so both of these are really important and I'm not the only person who says that much smarter people say that in particular Rick SMY says that he was a Nobel Prize winner at Rice University who got the Nobel Prize for discovering Buckminster ferine or the Bucky Balls this is carbon 60 a very interesting geodesic dome shaped carbon molecule who enables or which enables really novel
Brad? Dilletante. Yeah, so I guess my second-- I think, from a lot of your writing-- like I said, I read "Bucky Fucking Dent." I really enjoyed it.
So there's nothing terribly hard about that prediction. But if you took that same object-- and in fact, people have done experiments on things quite large, up to buckyballs, which, granted, is much smaller than a beanbag-- and you cooled it down enough and you had a precise enough instrument to measure it,
So these are very, very tough materials. Here are some materials, some nylon based materials, that when you combine them with small amounts of carbon nanotubes, or single-walled nanotubes, or buckyballs, or carbon fibers, you see you get this big increase in their stress without a large sacrifice to their strain capacity.