Undergrad Microscope with which atoms can be seen

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SUMMARY

The discussion focuses on the cost and requirements of microscopes capable of visualizing atoms, specifically Atomic Force Microscopes (AFM) and Field Emission Microscopes (FEM). The price range for an AFM is between $100,000 to $500,000, with additional costs for ultra-high vacuum systems and sample preparation. Thor Labs offers an educational AFM kit priced at $13,000, providing a resolution of 10 nm, which may serve as an entry point for those interested. Observing atoms requires a resolution of at least 0.1 nm, emphasizing the complexity and expense involved in atomic-level imaging.

PREREQUISITES
  • Understanding of Atomic Force Microscopy (AFM) principles
  • Knowledge of Field Emission Microscopy (FEM) techniques
  • Familiarity with ultra-high vacuum systems
  • Experience in sample preparation and contamination removal
NEXT STEPS
  • Research the specifications and applications of Atomic Force Microscopes
  • Explore the principles and uses of Field Emission Microscopy
  • Investigate the requirements for ultra-high vacuum systems in microscopy
  • Learn about sample preparation techniques for atomic-level imaging
USEFUL FOR

This discussion is beneficial for researchers, microscopy technicians, and anyone interested in atomic-level imaging techniques and their associated costs and requirements.

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TL;DR
Summary: What is the cheapest microscope from which atoms can be seen in?
The lowest price for a microscope that can...

What is the cheapest (no not a cheap one but the cheapest) microscope from which atoms can be seen in? I don't need a big zoom into an atom. If possible I would just a zoom enough to see atoms as tiny spheres no structure. Example bellow (this one has a high zoom but something similar).
1426093792822701.jpg
 
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In order to achieve atomic rezolution with an Atomic Force Microscope you need to work in ultra high vacuum. The cost of the vacuum system may be much higher than that of the AFM itself. And you need to lean the surface and remove contamination. The images you can find are show images. You don't get such an image as a routine result. Don't expect that you get a system and you look at ordinary objects to see atoms.
 
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Likes Vanadium 50, phinds, Twigg and 1 other person
To give some context to @bigfooted's post, to observe atoms in a solid, you need resolution at least as low as 0.1nm.
 
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Likes Vanadium 50
What an odd necropost. The OP is long gone.

The point remains - the operating environment and sample preparation cost a lot, likely much more than the microscope itself.
 

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