How can I increase the wavelength of light photons?

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SUMMARY

The discussion focuses on methods to increase the wavelength of light photons, specifically targeting wavelengths larger than 1mm. Participants suggest utilizing Black Body Radiation principles and recommend microwave ovens operating at 2.45 GHz, which produce suitable wavelengths. Additionally, they mention the possibility of using RF sources like CB radios at 27 MHz for longer wavelengths. Safety precautions are emphasized when experimenting with microwave equipment.

PREREQUISITES
  • Understanding of Black Body Radiation principles
  • Familiarity with microwave technology and safety
  • Knowledge of RF sources and their wavelength calculations
  • Basic physics concepts related to light and electromagnetic spectrum
NEXT STEPS
  • Research Black Body Radiation and its applications in wavelength manipulation
  • Explore the operation and safety protocols of microwave ovens for experimental use
  • Investigate RF source options and their respective wavelengths
  • Learn about the principles of electromagnetic spectrum and photon behavior
USEFUL FOR

This discussion is beneficial for physics students, experimental researchers, and anyone interested in manipulating light wavelengths for scientific projects.

dom489
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Summary:: need to increase the wavelength of light.

I am an intro physics student working on a project and need to increase the wavelength of photons. I only have visible light sources available but need to have an emission of a wavelength larger than 1mm. is there a way to shift wavelength.

[Mentor Note -- thread moved from the technical forums so no homework Template is shown]
 
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Welcome to the PF. :smile:

What are your ideas so far? Have you read about Black Body Radiation...?
 
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I guess running away from the source wouldn't count?
 
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Microwave ovens run at 2.45 GHz. If the wavelength is suitable, stick your experiment in it. I would most certainly advise against cannibalizing one for safety reasons. For a shorter wavelength, this baby operates at 10.5 GHz, it is safe but pricey. Maybe you can borrow one from a local college or university that teaches microwave optics experiments in their intro physics labs.
 
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If you're not source restricted, pretty much any RF source should work -- CB radio is about 27Mhz = 11m. If it's an exercise to get longer than IR from visible light, I think @berkeman is on the right track with the black body radiation.
 
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