Suppose a ball is spinning through mid air. We know through the Magnus effect the way the ball will go. On the side where the air flow is slowed down due to the spin of the ball, the pressure increases because of Bernoulli's theorem (which, unless I'm wrong, states that pressure and speed/velocity are inversely proportional). So does a high pressure zone on one side of the ball cause the ball to move to a lower pressure zone?
Is this how it works for all types of things? And if so, why does it do that? Does the high pressure zone produce a pushing force on the opposite direction? I know wind is caused when air moves from a high pressure to low pressure zone.