But um, yeah. When A is moving, time in B seems to move slower to A. So if there’s the same two events, if A is moving, the time between the two events would seem shorter to A.

But haha, seriously.
I think you got your concept wrong, honey. Time dilation occurs when A is moving respective to B, such that the time in B seems to move slower according to A.
Keyword: slower.

That is to say, the higher the relative speed, the slower time seems to flow. So your analogy about moving to see a change doesn’t quite fit because the more you move, the slower things become.

That is, according to Special Relativity.

But um, yeah. When A is moving, time in B seems to move slower to A. So if there's the same two events, if A is moving, the time between the two events would seem shorter to A.

But haha, seriously.
I think you got your concept wrong, honey. Time dilation occurs when A is moving respective to B, such that the time in B seems to move slower according to A.
Keyword: slower.

That is to say, the higher the relative speed, the slower time seems to flow. So your analogy about moving to see a change doesn't quite fit because the more you move, the slower things become.

That is, according to Special Relativity.