Misc. Can I Do Nano-Tech in My Basement?

  • Thread starter Thread starter s09
  • Start date Start date
AI Thread Summary
Creating a nano-tech setup in a basement is challenging but not impossible. While achieving atomic-level precision in construction is unrealistic without advanced equipment, simpler methods like crystal growth from solutions can serve as a foundational experience. For more complex structures, etching and deposition techniques akin to those used in semiconductor manufacturing are necessary. Biological approaches, such as using microorganisms to deposit materials, present an alternative but come with their own challenges in control and precision. Thin film interference can be considered a form of nanotechnology due to its scale and practical applications, highlighting the distinction between general nanotech and the creation of nanomachines. Examples like artificial gecko hair illustrate the potential of nano-scale innovations.
s09
Messages
25
Reaction score
0
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.
 
Physics news on Phys.org
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.
 
Last edited:
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.
 
Three rabbits will be wintering in a 2m x 2m x 2m wooden hut. Outside temperature does not go below -30c (-22f) Planning to put a 50cm by 50cm 1mm thick stainless steel sheet on the floor of the hut (inside off course) My plan is to heat the sheet with a 50w PTC heater element https://fi.rsdelivers.com/product/dbk-enclosures/fg135600/dbk-enclosures-heating-element-75mm-50-w-100-240-v/dc/2995922?backToResults=1 Is this heater (50W) enough to keep the pad warm enough to sustain liquid...
Hey all. I'm looking to buy a zero-turn mower and I need to build/purchase a ramp to get it into my shed for storage. Exact model is this one. I need to figure out how long of a ramp I need to make sure the mower doesn't bottom out when driving up and down the ramp. Mower stats: Wheelbase: approximately 76 inches. Height: 4.5 inches (based off the highest setting on the deck height adjustment) Shed entrance is 12 inches off the ground. The manufacturer says that the mower can handle...
Back
Top