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Jupyter Notebook describing the composition of the Galactic and Terrestrial Microwave Windows (colloquially known as "The Water Hole")

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The Galactic/Terrestrial Microwave Windows

("The Water Hole")

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About This Notebook

This repository computes the brightness temperature received at radio telescopes due to a variety of environmental and noise factors. These contributions are highly relevant for those attempting to Search for Extraterrestrial Intelligence (SETI).

The Jupyter notebook enclosed computes contributions from:

  1. Synchrotron emission from the Galaxy
  2. The shot noise limit
  3. The cosmic microwave background
  4. Absorption by the Earth's atmosphere

Earth's atmospheric absorption data was pre-computed using the Planetary Spectrum Generator (assuming Mauna Kea conditions), and is saved in the file atmosphere_wet.txt.

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Jupyter Notebook describing the composition of the Galactic and Terrestrial Microwave Windows (colloquially known as "The Water Hole")

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