Nano technology - something for the future or just a hype?

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Discussion Overview

The discussion revolves around the relevance and future of education in nanotechnology, questioning whether it is a genuine field of study or merely a hype. Participants explore different branches of nanotechnology, including bio nanotechnology, nano electronics, and nano material technology, and share insights on educational paths and career prospects in the field.

Discussion Character

  • Debate/contested
  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • Some participants express skepticism about the value of pursuing an education in nanotechnology, questioning if it is just a trend.
  • Others argue that nanotechnology represents a significant convergence of biology, chemistry, and physics, suggesting it is a mature and useful field.
  • A participant mentions the potential dangers associated with nanotechnology, comparing it to other scientific risks.
  • There are differing opinions on which branch of nanotechnology to pursue, with suggestions that career opportunities may vary by region and industry needs.
  • Some participants emphasize the importance of a strong foundation in physics for those interested in fundamental nanotech research, noting that much of the leading work is conducted by condensed matter physicists.
  • One participant shares their intention to pursue a master's in nanotechnology, highlighting the necessity of coupling it with physics.
  • Another participant seeks recommendations for universities in the USA that excel in nanotechnology education.

Areas of Agreement / Disagreement

Participants express a mix of opinions, with some supporting the value of nanotechnology education while others remain skeptical. There is no consensus on whether nanotechnology is a passing trend or a lasting field of study.

Contextual Notes

Participants reference various educational paths and industry demands, indicating that choices may depend on geographical and sector-specific factors. The discussion includes assumptions about the relationship between physics and nanotechnology without resolving these complexities.

Who May Find This Useful

Individuals considering a career in nanotechnology, students exploring educational options, and those interested in the intersection of physics, chemistry, and biology may find this discussion relevant.

kasse
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Is it wise to go for an education in nano technology, or is it just a big hype? Nano technology is often divided into bio nanotechnology, nano electronics and nano material technology. Which one would you go for?
 
Physics news on Phys.org
I want to go to the USA for exchange one year. Any suggestions when it comes to universities that are good at nanotech?
 
kasse said:
Is it wise to go for an education in nano technology, or is it just a big hype? Nano technology is often divided into bio nanotechnology, nano electronics and nano material technology. Which one would you go for?

The second half of your message sounds like you have already made up your mind about the first half.
 
Nanotechnology is here to stay, it's just a fleeting soup of biology, chemistry and physics coming together. Some would say that it is physics maturing and becoming really useful to humanity. Other would say that nanotechnology is more dangerous than strangelets from the LHC.

I for one will take the master in nanotechnology. But it will be coupled with a lot of physics. Now I don't know what angle you will do nano from, but I suppose it's from at least a physical chemistry-angle. biotech-people doing nano makes me sick.

Then you probably will know that you will have to wade through most of the really gritty physics there is, a phd-course in condensed matter physics, probably one in non-relativistic quantum mechanics, and if you are really good, probably some QFT too.

But I wouldn't recommend nanotechnology if you are not inclined to either one of these two, computational physics or experimental physics.

What kind of field you should go into? hmm, tricky one. I would say it depends on what country you are going to work aso in. Like in some parts of europe it would be smarter to take a biophysics-nano-msc, because they have a large industry which are a bit needy for biophysicsts.

While other countries with a large steel-industry for example would be in need of material-nanotechnologists.

It's all about competetive awareness.
 
Vanadium 50 said:
The second half of your message sounds like you have already made up your mind about the first half.


I did.
 
I find physics to be most important at least when looking at fundamental nanotech research. You don't necessarily have to major in physics, but most of the work I see done is lead by condensed matter physicists. My area of interest is a bit away from the "applied" stuff though.
 

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