Firing a Laser Gun at Fish: Aiming with Light Refraction

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    Light Refraction
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SUMMARY

This discussion centers on the concept of aiming a laser gun at fish while considering the effects of light refraction. Participants clarify that lasers do not travel faster than light in a vacuum, as per the laws of physics. The conversation emphasizes the importance of understanding light refraction when aiming, as the apparent position of the fish may differ from its actual position due to the bending of light in water. Key insights include the necessity of adjusting aim based on the refractive index of water to accurately hit the target.

PREREQUISITES
  • Understanding of light refraction principles
  • Knowledge of laser technology and its properties
  • Familiarity with the physics of light speed
  • Basic concepts of aiming and targeting in physics
NEXT STEPS
  • Research the refractive index of water and its impact on light behavior
  • Study the principles of laser technology and its applications
  • Explore the physics of light speed and its implications
  • Learn about practical aiming techniques in various mediums
USEFUL FOR

This discussion is beneficial for physicists, laser technology enthusiasts, and anyone interested in the practical applications of optics in targeting and aiming scenarios.

SissyQ19
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if you were to hit a fish with a laser gun, how would you aim? (provided that laser if faster than light). Pls explain.
 
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Laser is fster than light? Pls explain.
 

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