Nanotechnology: Should carbon nanotubes be handled in the workplace like asbestos?

The National Institute for Occupational Safety and Health is at the forefront of the effort to understand the health and safety ramifications of working with nanomaterials. There have been an increasing number of scientific publications from the research community at large—including a new study issued just this week—that address one type of nanomaterial in particular, carbon nanotubes, and seek to determine if they biologically behave like asbestos.

That is, if inhaled, are carbon nanotubes likely to cause irreparable and fatal effects such as those associated with asbestos exposure? The effects of asbestos include severe lung fibrosis or scarring, lung cancer, including cancer of the lining of the lungs or pleura called mesothelioma. Carbon nanotubes are tiny, cylindrical, manufactured forms of carbon.

There is no single type of carbon nanotube. One type can differ from another in terms of shape (single-walled or multi-walled) or in chemical composition (pure carbon or containing metals or other materials). Carbon nanotube exposures can potentially occur not only in the process of manufacturing them, but also at the point of incorporating these materials into polymer composites, medical nano applications, and electronics.

 

Can Nanotechnology Build The AI Of The Future?

Nanotechnology is one of the most important developing technology sectors, with applications in agriculture, medicine, and engineering. Many people, notably noted futurist Ray Kurzweil, believe that nanotechnology will be the technique that AI uses to reach the ‘singularity.' While such a vision is still a long way off, technology has begun to show signs of synchronisation in their ability to operate together, particularly in the areas of AI and nanotechnology.

These two fields can be employed in tandem, with AI assisting nanotech research, making foods that taste like meat even when they don't contain any, and nanotech-powered computing ensuring AI's expansion. This article discusses how AI and nanotechnology can work together to shape humanity's future.

AI Helps Scale Nanotech

It's difficult to quantify some of the variables in the environment because they can't be recorded. Furthermore, due to the same factors, interpreting these results is a mammoth undertaking. AI, on the other hand, is ideal for these activities since it can not only optimize data and algorithm design for the technology, but also estimate various factors and evaluate experiment findings.

As a result of the high level of accuracy and efficacy that AI brings to the table in nanotechnology, numerous nanotechnology facilities have begun to use AI in their research segments. Furthermore, AI can enable the intricate pre programming of nanobots in applications that need a high degree of precision. This includes medical applications, as these bots' low invasiveness is desired in the medical area.