Are There Hazards in Nanotechnology Products?

In summary, much is being talked about nanotechnology. There are potential hazards in the products of the nanotechnology, but there are also hazards in the application of every technology. There is nothing inherently dangerous about nanotechnology, and nanotech will revolutionize everything we know.
  • #1
saiarun
34
0
Much is being talked about nanotechnology. I want to know is there any hazards in the products of the nanotechnology.
 
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  • #2
Only in its application, but there are hazards in the application of every technology. There is nothing inherently dangerous about nanotechnology, and nanotech will revolutionize everything we know.

Medicine is one particular example, billions of nanoscopic robots repairing the human body autonomously, self-reproducing, self-maintaining.

Of course there is the danger of nano-weaponry, the same medical nanobots could be turned into nano-viruses, spreading on their own through any medium, no way to protect against them, etc. The ultimate "biological" weapon.

So nanotech has enormous potential to revolutionize our world, but like any new technology, if it is used unethically, particularly as a weapon, then it could be very very dangerous.
 
  • #3
There is some evidence that Buckyballs(CO_60) have undesirable biological properties. Decorating them with sidechains seems to eliminate the problem though.
 
  • #4
NoTime said:
There is some evidence that Buckyballs(CO_60) have undesirable biological properties. Decorating them with sidechains seems to eliminate the problem though.

Should just be [tex] C_{60} [/tex]. What kind of properties? I'm curious.
 
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  • #5
franznietzsche said:
Should just be [tex] C_{60} [/tex]. What kind of properties? I'm curious.
You are right. Where did that Oxygen come from. :redface:
Probably was thinking of the OH hydroxyl sidechains they mentioned at the sametime.

Abstract said dilute (ppb) solutions tended to kill cultured cells.
Specific mechanism unknown.
Speculation -> BBs in solution tend to clump generating free radicals.
Also said that there did not appear to be any DNA damage, so probably not carcinogenic.
 
  • #6
franznietzsche said:
Medicine is one particular example, billions of nanoscopic robots repairing the human body autonomously, self-reproducing, self-maintaining.

Of course there is the danger of nano-weaponry, the same medical nanobots could be turned into nano-viruses, spreading on their own through any medium, no way to protect against them, etc. The ultimate "biological" weapon.

One of the danger is here is that this could be done accidentally. Self-reproducing nanobots, like viruses, may not always copy themselves perfectly. The Nano's could "mutate", and the mechanism which regulates their self-reproduction might malfunction. The result; a swarm of nanobots in the bloodstream performing no other function than reproducing themselves. The self-maintenance feature would make a nanobot virus even harder to kill.
 
  • #7
LURCH said:
One of the danger is here is that this could be done accidentally. Self-reproducing nanobots, like viruses, may not always copy themselves perfectly. The Nano's could "mutate", and the mechanism which regulates their self-reproduction might malfunction. The result; a swarm of nanobots in the bloodstream performing no other function than reproducing themselves. The self-maintenance feature would make a nanobot virus even harder to kill.


This is true, that hadn't occurred to me yet.
 
  • #8
LURCH said:
One of the danger is here is that this could be done accidentally. Self-reproducing nanobots, like viruses, may not always copy themselves perfectly. The Nano's could "mutate", and the mechanism which regulates their self-reproduction might malfunction. The result; a swarm of nanobots in the bloodstream performing no other function than reproducing themselves. The self-maintenance feature would make a nanobot virus even harder to kill.

You make sure you have a way to turn them off, and make sure they double-check their work.

Also, you could use some sort of one-time treatment where the nanobots couldn't reproduce.
 
  • #9
I'll be running for my life is Microsoft ever gets their nose into this!
 
  • #10
Nanotechnology seems to me to be a technology with the potential for terrible consequences. Not really for any kind of virus threat or the likes, but for the possibility of a "technological singularity". Nanobots could perform so many functions that, combined with computer technology, humans would become evolutionarily useless. Not that it should come as any surprise considering that most species last only 100,000 years.
 
  • #11
CJames said:
Nanotechnology seems to me to be a technology with the potential for terrible consequences. Not really for any kind of virus threat or the likes, but for the possibility of a "technological singularity". Nanobots could perform so many functions that, combined with computer technology, humans would become evolutionarily useless. Not that it should come as any surprise considering that most species last only 100,000 years.

Humans aren't exactly 'most species'

I'm not really worried about any technological singularity... there are limits to ressources and fabrication time that should stop that from happening.

Although it could be pretty cool.
 

FAQ: Are There Hazards in Nanotechnology Products?

What are the potential hazards associated with nanotechnology?

Some potential hazards of nanotechnology include the release of nanoparticles into the environment, potential toxicity of nanoparticles to living organisms, and the possible creation of new and unknown materials with properties that could pose risks.

How do nanoparticles interact with the human body?

Nanoparticles can enter the body through inhalation, ingestion, or absorption through the skin. They have the potential to accumulate in organs and tissues, potentially causing inflammation and other health effects.

Can nanotechnology be used for harmful purposes?

While nanotechnology has many positive applications, there is also potential for its misuse or deliberate use for harmful purposes, such as creating weapons or surveillance devices.

What regulations are in place to ensure the safe use of nanotechnology?

Currently, there are limited regulations specifically addressing the safety of nanotechnology. However, some countries have implemented guidelines and regulations for the production and use of nanomaterials, and organizations such as the National Nanotechnology Initiative in the U.S. work to develop safety protocols and guidelines.

How can we minimize the risks associated with nanotechnology?

To minimize the risks associated with nanotechnology, it is important to conduct thorough research and testing before releasing any new nanomaterials into the environment. It is also crucial to implement safety protocols and regulations, and to continue monitoring and studying the potential health and environmental impacts of nanotechnology.

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