Re: Nanotubes for Skeletal Reinforcement?
- From: "Steve O'Hara-Smith" <steveo@xxxxxxxxxx>
- Date: Tue, 26 Jul 2005 23:58:14 -0000
On Mon, 11 Jul 2005 02:18:00 -0000
"Bob Larson" <boblarson@xxxxxxxxxxx> wrote:
> Could a person with these enhancements outperform Spider-Man? According to
> http://www.answers.com/topic/spiderman, Spider-Man has the ability to lift
> ten tons,
Doubtful the pressure damage to soft tissues would be hard to
prevent and rather severe.
> jump the width of a city block or five stories straight up.
Pressure damage to soft tissues (on landing at least) pretty much
rules this out too.
> He also has the ability to swing from webs shot from his wrists
There is a little problem with the raw material for the web - it
has to come from somewhere and unless it is reeled in again it will run
out. But humans can swing from ropes held by nothing more than friction
so given a suitable supply of web material internally this should be
feasible (making it fast enough may be a problem though).
> and to climb up walls using tiny hairs.
This seems feasible too - humans without skeletal enhancement can
climb pretty well adding suitably grippy cilia should'nt be too hard.
--
C:>WIN | Directable Mirror Arrays
The computer obeys and wins. | A better way to focus the sun
You lose and Bill collects. | licences available see
| http://www.sohara.org/
.
- Follow-Ups:
- Re: Nanotubes for Skeletal Reinforcement?
- From: Anton Vredegoor
- Re: Nanotubes for Skeletal Reinforcement?
- References:
- Nanotubes for Skeletal Reinforcement?
- From: manofsan
- Re: Nanotubes for Skeletal Reinforcement?
- From: Bob Larson
- Nanotubes for Skeletal Reinforcement?
- Prev by Date: Re: Outlook for Materials Jobs?
- Next by Date: NanotechUniverse.com
- Previous by thread: Re: Nanotubes for Skeletal Reinforcement?
- Next by thread: Re: Nanotubes for Skeletal Reinforcement?
- Index(es):
Relevant Pages
|