Moving object launched by observer into a Wormhole

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Wormholes are theorized to transport objects through time and space, altering their position in space-time. When an observer throws a baseball into a wormhole, the baseball's trajectory changes, but this action does not impact the observer's own location in space-time. Each throw direction results in a different path for the baseball, demonstrating that its movement is independent of the observer. Dropping the ball into a wormhole leads to a distinct outcome compared to dropping it on the ground, but this does not create a paradox. Ultimately, the observer remains unaffected by the baseball's journey after it is thrown.
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Wormholes usually send things through time and space, right?
So if an observer threw a baseball through a wormhole, the baseball's position in space-time would change.
However, can that action affect the observer's location in space and time, or would it create some sort of paradox?
 
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You throw a baseball in one direction, it will follow one path through space-time; throw it in another direction and it will follow another path; don't throw it at all and it will follow yet a third path. Drop the ball into a hole in the ground and it will end up in a different place than if you drop it to the ground; drop the ball into a wormhole and it will also end up in a different place than if you drop it to the ground. There's no paradox here and the observer is unaffected by the path the baseball follows after it leaves his hand.
 
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