there are many of them.. they can be used to accelerate speed in informatic, etc etc.. i dunno a lot bout it yet, but thats smthin very energetic. Now there are boron nanotubes too, which are very powerful too :)
what is this carbon is good?? anyhow how do you get these to form long form tubes that can be used for something?? then what about weaving them??? how much has this tech improved since then?
curiousjoe2007: What do you think of fire resistant property of diamond? It's the hardest material before CNT was discovered and it's made of carbon. Will it breaks down or burn in high temp? Not anywhere close to melting point of Titanium. CNT bonding between atom is stronger than diamond. It takes awful hi temp. to break down. CNT is not the same as charcoal only because it says carbon in the name.
nanotubes are currently toxic to cells, just like most stuff we live in. I'm not sure but i think the problem lies in the body being unable to dispose of the nanotubes.
there are many of them..
they can be used to accelerate speed in informatic, etc etc.. i dunno a lot bout it yet, but thats smthin very energetic.
Now there are boron nanotubes too, which are very powerful too :)
what is this carbon is good?? anyhow how do you get these to form long form tubes that can be used for something?? then what about weaving them??? how much has this tech improved since then?
Great vid but how was the Multi-Wall Nanotube(MWNT)formed.
curiousjoe2007:
What do you think of fire resistant property of diamond? It's the hardest material before CNT was discovered and it's made of carbon. Will it breaks down or burn in high temp? Not anywhere close to melting point of Titanium. CNT bonding between atom is stronger than diamond. It takes awful hi temp. to break down. CNT is not the same as charcoal only because it says carbon in the name.
i love the guy at 04:52
I WOULD
nanotubes are currently toxic to cells, just like most stuff we live in. I'm not sure but i think the problem lies in the body being unable to dispose of the nanotubes.