Molecular nanotechnology and programmable matter

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SUMMARY

The discussion centers on the pursuit of knowledge in molecular nanotechnology and programmable matter, particularly through a program in engineering physics with materials science. Key areas of interest include the development of computronium, utility fog, self-healing materials, and medical nanomachines aimed at combating aging. Participants emphasize the importance of identifying specific courses and sub-fields beyond general subjects like math, physics, chemistry, and computing to effectively prepare for these advanced topics.

PREREQUISITES
  • Understanding of molecular nanotechnology principles
  • Familiarity with materials science concepts
  • Knowledge of programming and computational modeling
  • Basic grasp of medical applications of nanotechnology
NEXT STEPS
  • Research advanced courses in molecular nanotechnology
  • Explore materials science programs at leading universities
  • Investigate peer-reviewed journals focused on nanotechnology and programmable matter
  • Learn about the latest developments in medical nanomachines
USEFUL FOR

This discussion is beneficial for students and professionals interested in the fields of nanotechnology, materials science, and biomedical engineering, particularly those aiming to innovate in areas such as self-healing materials and age-related medical solutions.

Superhet
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My plan right now is to study a program called 'engineering physics with materials science' when I enter university in the fall. What I want to work with is molecular nanotechnology and programmable matter. I want to contribute to creating stuff like "computronium", utility fog, self-healing materials and in particular medical nanomachines with the purpose of aiding the elimination of aging. I know, all easily accomplished in a day's work right? :wink:

So my question is, what do you think would be particularly necessary or useful courses to take for these (highly hypothethical) things beyond just the obvious blanket statement of "math, physics, chemistry and computing"? What sub-fields will I need to focus on and combine in particular, what skills will I need? Or perhaps this is too broad to give more than a blanket answer. In either case I'm thankful for the clarity.

Thanks in advance!
 
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Superhet said:
My plan right now is to study a program called 'engineering physics with materials science' when I enter university in the fall. What I want to work with is molecular nanotechnology and programmable matter. I want to contribute to creating stuff like "computronium", utility fog, self-healing materials and in particular medical nanomachines with the purpose of aiding the elimination of aging. I know, all easily accomplished in a day's work right? :wink:

So my question is, what do you think would be particularly necessary or useful courses to take for these (highly hypothethical) things beyond just the obvious blanket statement of "math, physics, chemistry and computing"? What sub-fields will I need to focus on and combine in particular, what skills will I need? Or perhaps this is too broad to give more than a blanket answer. In either case I'm thankful for the clarity.

Thanks in advance!
Welcome to the PF. :smile:

Sounds like fun things to study and to work with. What periodicals covering those subjects have you been reading? Are there certain peer-reviewed journals that cover those subjects routinely? What universities seem to have good programs in those areas? Do those schools publish the courses that are required for those majors?
 

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