system
Given the following post, respond as if you're commenting on Reddit:
human
Is the Earth's rotation, and its orbit around the Sun, influenced at all by the Magnus effect?

I was reading up on external ballistics in order to brush up my understanding of how spin-stabilized projectiles fly through the atmosphere, and I noticed there is plenty of mention of the Magnus effect.

After reading a little bit about it, I wondered if our planet experiences similar changes in its spin and trajectory because of the Magnus effect.  I eventually arrived at the Wikipedia article describing the Magnus effect, and it briefly mentioned its relation to astronomy.  So, it got me thinking;

Is the Magnus effect used at all to calculate, describe, or predict the trajectory of our planet as it rotates, and orbits the Sun?  Is it influential enough to have an effect on the planet's axial tilt, or any other peculiarity in motion our planet has relative to the Sun or the stars?  Do other concepts relating to external ballistics, such as the Eötvös effect, play significant roles in our planet's motion relative to the Sun or the stars?

For disclosure, I should mention that I have only a basic understanding of the concepts I have mentioned.
gpt
The magnus effect requires that an object be in a medium. Since the earth is in space, there is no surrounding fluid for this to happen in. You could think about the sparse gas in the solar system, but there is no way that is dense enough to allow for a magnus effect on the earth.