How Does Eye Resolution Change at Different Lux Levels?

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SUMMARY

The discussion focuses on how human eye resolution varies at different lux levels, specifically through an experiment involving light intensity settings starting at 0.1 lux. Alexander seeks information on this topic and shares a link to an eye resolution experiment hosted by Victoria University of Wellington. The conversation also touches on historical communication challenges during the Battle of Jutland, illustrating the importance of visibility and resolution in critical situations.

PREREQUISITES
  • Understanding of human vision and photoreception
  • Familiarity with lux as a measurement of light intensity
  • Basic knowledge of experimental design and methodology
  • Awareness of historical contexts in naval communication
NEXT STEPS
  • Research the effects of varying lux levels on human visual acuity
  • Explore the principles of photometry and its applications in vision science
  • Investigate the role of light intensity in communication effectiveness
  • Examine historical case studies of visibility issues in military operations
USEFUL FOR

This discussion is beneficial for vision scientists, experimental psychologists, historians interested in military communication, and anyone studying the effects of light on human perception.

alex_boothby
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Hey, I am getting interested in the human eye. and I've set up an experiment, to try and prove, how the eye resoultion changes at different lux i.e setting it to 0.1 lux then move 2 slits further away ect. then doing it with dfferent amounts of lux

does anyone have any useful information. or know of a webite that does??


thank you very much!


Alexander
 
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What a coincidence this subject could come up.

Here is an experiment on eye resolution.
http://www.vuw.ac.nz/scps-demos/Demos/Pira6A/EyeResolution/EyeResolution.htm

I was watching a documentary yesterday on the Battle of Jutland. One of the key matters was communication between two groups in the British Navy. Admiral David Beatty commanded a group of battlecruisers (lightly armoured battleships) and Admiral John Jellicoe commanded the larger Grand Fleet with battleships. Beatty's group was ahead of Jellicoe's group when a group of German warships were sited. Beatty signaled Jellicoe's group by the old traditional flag/penant method (too early for radio) and took off toward the German ships. Jellicoe (and his watchmen) did not see the Beatty's signal and actually continued away from Beatty.

The point was that Beatty was too far for reliable communication using the flag/penant method.
 
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