Can I Do Nano-Tech in My Basement?

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Discussion Overview

The discussion revolves around the feasibility of conducting nanotechnology experiments in a home basement setting. Participants explore various methods and concepts related to manipulating materials at the nanoscale, including crystal growth and thin film interference.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant expresses a desire to arrange atoms in a specific order in a basement setup, acknowledging the limitations of current technology.
  • Another participant suggests that growing crystals from solution could be considered a form of achieving nanoscale manipulation, but notes that creating nanomachines would require specialized equipment.
  • A question is raised about whether thin film interference qualifies as nanotechnology, with one participant affirming its relevance due to the scale involved.
  • There is a discussion about the distinction between nanotechnology and nanomachines, with an example of artificial "gecko hair" provided as an overlapping device.

Areas of Agreement / Disagreement

Participants have differing views on what constitutes nanotechnology and the feasibility of achieving nanoscale manipulation at home. There is no consensus on the methods or definitions discussed.

Contextual Notes

Participants express uncertainty regarding the practicalities of creating nanomachines and the specific definitions of nanotechnology versus related concepts.

Who May Find This Useful

Individuals interested in nanotechnology, home experimentation, materials science, and those exploring the boundaries of DIY science projects.

s09
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Hi all,

I'm just curious, is there a way to do nano-tech in your basement-type-of-setup? I don't expect to have a plate that I feed raw-materials into, input a design that I want and have it make an atomically correct structure. But it would be nice to arrange a bunch of atoms in a particular order. I know there are apps that simulate this, but I _really_ want to do this in real-life.

Anyone? Anything?

Much appreciated.
 
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I know that this is not what you want for an answer, but as a starting point I submit that you are in fact achieving your goal every time you grow crystals such as salt or hypo or iodine from solution. Making little machines, on the other hand, is a much different proposition. As far as I know, you need some sort of etching/deposition equipment similar to that used to manufacture computer chips.

edit: I suppose that it could be done biologically, by having mineral-bearing microorganisms deposit material at specific locations, but then you still have the even more problematic task of training them to crap in the right places.
 
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Would thin film interference count as nano technology? The thickness could be not more than a few hundred nm.
 
sophiecentaur said:
Would thin film interference count as nano technology?
I would think so, given the structural scale involved and the fact that something useful can be done with the product. It seems to me that in some cases it should be required to differentiate between nanotech and nanomachines. One of the overlapping devices that I can think of is the artificial "gecko hair" that allows things to stick anywhere.
 

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