Imaginary Planetary System

In summary, the conversation discusses a dream about nomads constantly traveling around a planet to stay in the 'dusk/dawn' zone to avoid freezing or overheating. It is suggested that a tidally locked planet like Venus with a 116 Earth day day length would be ideal for this lifestyle. However, it is also noted that such a planet may not be able to support a human-friendly biosphere. The concept of nomads on a planet like Mercury has been explored in fiction before.
  • #1
Jamesavery88
1
0
I had a dream about groups of nomads constantly traveling around a planet in one direction to stay in the 'dusk/dawn' zone of their planet as if they strayed too far behind they would freeze and if they ventured too far ahead they would cook and vice versa. What might a planetary system look like where this arose i.e day length, year length, planet size, distance from sun etc.

Cheers!
 
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  • #2
It would make it a lot easier on these nomads if their planet was tidally locked with its star. They could just stay put in the twilight regions.
 
  • #3
A planet like venus with a day that lasts 116 Earth days would be an inviting choice. The nomads would need only average about 9 miles an hour to circumnavigate an Earth size planet each day.
 
  • #4
This sort of set up on Mercury has been written about so many times it's a trope:
http://tvtropes.org/pmwiki/pmwiki.php/Main/MercurialBase

One thing to consider is that it's unlikely a human friendly biosphere could exist on such a planet. The nomads aren't going to be primitive desert dwellers, but rather technologically advanced people's moving across the planet in mobile habitats.
 

1. What is an Imaginary Planetary System?

An Imaginary Planetary System is a theoretical system of planets and other celestial bodies that does not actually exist, but is instead used for scientific or creative purposes.

2. How are Imaginary Planetary Systems studied?

Imaginary Planetary Systems are often studied using computer simulations and mathematical models. These methods allow scientists to explore the potential behavior and characteristics of these systems.

3. What can we learn from studying Imaginary Planetary Systems?

Studying Imaginary Planetary Systems can help us better understand the formation and evolution of real planetary systems. It can also provide insight into the potential diversity of planets and their environments.

4. Are there any real-world applications for studying Imaginary Planetary Systems?

Yes, the study of Imaginary Planetary Systems can have practical applications in fields such as astronomy, astrophysics, and planetary science. It can also inspire artistic and creative endeavors.

5. Can we ever discover a real Imaginary Planetary System?

No, by definition, an Imaginary Planetary System is not a real system. However, scientists and artists can continue to create and explore new and fascinating imaginary systems through simulations and other methods.

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