Can the two slit experiment be incorporated into building design?

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SUMMARY

The discussion centers on integrating the principles of the two-slit experiment into building design, specifically for a sanctuary space. It is established that achieving noticeable interference patterns on a building scale is impractical due to the required slit widths being on the order of nanometers. The conversation highlights that without monochromatic light, the best outcome would likely be a rainbow effect rather than distinct light and dark bands. The user seeks guidance on the feasibility and specific measurements needed for the slits to achieve a desired interference pattern.

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  • Understanding of the two-slit experiment and its principles
  • Knowledge of light wavelength and interference patterns
  • Familiarity with monochromatic light sources
  • Basic concepts in architectural design and spatial integration
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  • Research the principles of light interference and diffraction
  • Explore the use of monochromatic light in architectural applications
  • Investigate the effects of light patterns in sanctuary space design
  • Learn about the practical limitations of integrating physics into architecture
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TimbreofSilen
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This isn't a homework question per se, but I did want help with a problem I'm having. I wanted to integrate the effect of the two slit experiment into a sanctuary space I'm designing and wanted to know first if it was even possible to do it on a building scale and if it is, how wide and far apart do the slits have to be from 34' apart to get the interference pattern of a single slit experiment to have the darkest part be 19' away from the center. Sorry if this is already confusing.
 
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TimbreofSilen said:
This isn't a homework question per se, but I did want help with a problem I'm having. I wanted to integrate the effect of the two slit experiment into a sanctuary space I'm designing and wanted to know first if it was even possible to do it on a building scale and if it is, how wide and far apart do the slits have to be from 34' apart to get the interference pattern of a single slit experiment to have the darkest part be 19' away from the center. Sorry if this is already confusing.

On the scale you are talking, the light and dark bands are likely to be nanometres apart - or even closer - so you wouldn't notice them anyway. Remember the slit width has to be of the order of wavelengths to notice an effect.

Unless you can arrange some monochromatic light, the best you could hope for is a rainbow effect
 
That would probably be better than I was originally planning. Thanks a lot.
 

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