Why are the paths of our cosmic explorations pretty?

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In summary, the beauty of our cosmic explorations lies in the intricate and harmonious patterns formed by celestial bodies, the awe-inspiring scale of the universe, and the profound connections we draw from understanding our place within it. These paths reveal not only the mysteries of space but also reflect the human spirit's quest for knowledge and the desire to find meaning amidst the vastness of the cosmos.
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TL;DR Summary: Why are the paths of our cosmic explorations, pretty?

OK, so I ask a lot of stupid questions. Here's another.

Why is this picture, below, pretty?

(They are the paths of all our cosmic explorations.)

Now, I get the sine, cosine, circles, gravitational attraction, escape velocity... all that comes into play.

But the curves are so pretty to look at -- the continuity, levels of smoothness, and so on.

Especially, the one's around Mars. What is it that makes it so satisfying to look at? Does my mind perceive the infinite smoothness?

Or is the gummie I ate last night? This is no joke. Why is this pretty?

Cosmic exploration.jpg
 
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Ask Hunter Biden, famous artist.
 
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Trying2Learn said:
Why are the paths of our cosmic explorations, pretty?
I seriously doubt that everyone would find it pretty. Beauty is in the eye of the beholder. If YOU think it's pretty, then it is. For YOU.

I don't find your image pretty but rather, too busy.
 
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It was done by an artist and maybe it looked pretty to them, and maybe your mind works similarly, so it looks pretty to you.

The swirls around the planets on the left side gives some visual balance with the objects on the right side.

IMG_9097.png

https://wikieducator.org/Artistic_principles/Visual_balance

IMG_9099.jpeg
 
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Hill said:
It looks pretty to some simply because colors on black background often look pretty.

This takes me back to first grade art class. We covered construction paper with crayon colorings, then painted over with matte black paint. The next task was to “scratch” designs in the black paint, revealing the colors underneath.
 
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Uh, I don't find it pretty: Its sorry mix of scales grates like biting into sour fruit...
 
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Nik_2213 said:
Uh, I don't find it pretty: Its sorry mix of scales grates like biting into sour fruit...

I suspect the muted tones of— & yet numerous swirls around the moon were specifically intended by the artist to visually balance the commanding presence of Jupiter accompanied by its relatively modest quantity of Jovian visitations.
 
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It's pretty because the artist specializes in knowing what his market finds pretty. He has designed it - with a great deal of time, effort and creativity - to meet that goal.

It's not like this is an accurate physical represention of the data. There's a bunch of real-world data points in the image, yes, but it is very heavily fictionalized (all the curves, colours and geometrics) for the sole purpose of making it pretty.
 
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Trying2Learn said:
TL;DR Summary: Why are the paths of our cosmic explorations, pretty?

OK, so I ask a lot of stupid questions. Here's another.

Why is this picture, below, pretty?

(They are the paths of all our cosmic explorations.)

Now, I get the sine, cosine, circles, gravitational attraction, escape velocity... all that comes into play.

But the curves are so pretty to look at -- the continuity, levels of smoothness, and so on.

Especially, the one's around Mars. What is it that makes it so satisfying to look at? Does my mind perceive the infinite smoothness?

Or is the gummie I ate last night? This is no joke. Why is this pretty?

View attachment 337589
It looks pretty cool in a swirly sort of a way. Van Gogh did something similar, that was pretty.

https://en.m.wikipedia.org/wiki/The_Starry_Night
 
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All the same, such drawings are specific and often their preference depends on the mood of the observer
 
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If someone asks 1000 people whether an image is beautiful or ugly, what makes it sway in 1 direction?
 
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Devin-M said:
If someone asks 1000 people whether an image is beautiful or ugly, what makes it sway in 1 direction?
? 'sway' seems to be suggesting that they influence each other. Was that your intent?
 
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It's just that demon life has got you in its sway
 
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FAQ: Why are the paths of our cosmic explorations pretty?

Why do the paths of spacecraft often appear as smooth curves or spirals?

The paths of spacecraft are designed to follow the principles of orbital mechanics, which naturally result in smooth, curved trajectories due to the gravitational forces acting upon them. These paths are often elliptical or parabolic, which appear aesthetically pleasing and are also the most efficient routes for space travel.

How do gravitational assists contribute to the beauty of space trajectories?

Gravitational assists, or slingshot maneuvers, involve a spacecraft using the gravity of a planet or other celestial body to change its speed and direction. These maneuvers create elegant, looping paths that not only save fuel but also add to the visual appeal of the spacecraft's journey through space.

Why are some space mission trajectories designed to be visually appealing?

While the primary goal of space mission trajectories is to achieve mission objectives efficiently, the visual appeal is often a byproduct of the physics involved. However, mission planners sometimes consider public interest and educational outreach, designing trajectories that are not only functional but also captivating to the public.

What role do computer simulations play in creating beautiful space paths?

Computer simulations are crucial in planning space missions, allowing scientists to model and visualize potential trajectories. These simulations help in optimizing the paths for efficiency and success while also revealing the inherent beauty of the mathematical and physical principles governing space travel.

Can the beauty of cosmic exploration paths inspire future generations?

Absolutely. The visually stunning paths of spacecraft can captivate the imagination of people of all ages, inspiring interest in science, technology, engineering, and mathematics (STEM). This inspiration can motivate the next generation of scientists, engineers, and explorers to pursue careers in space exploration and related fields.

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