Moreover, this The reason is not biological. There is a mysterious balance deep within our bodies and minds, and we will need some knowledge of physics to understand this.

Before we move on to the reason Let’s be clear: this situation happens to everyone.

The cause of dizziness that continues after you stop spinning is actually sluggishness.

Inertia, also called inertiaIt forms the basis of the tendency of objects to move and stop. This characteristic is also one of the fundamental laws of physics.

An object tends to remain at rest or maintain its current speed unless an external force is applied. Combined with the complex structure in our inner ear This law is also the cause of dizziness.

The system called vestibular, located in our inner ear, is also responsible for maintaining our balance.

This system To perceive the position of our head It uses three semicircular canals. The fluid in the inner ear and the sensory nerve cells called endolymph, which are located in these canals, follow our body’s movements.

However, during a rotation endolymph also begins to move with us. When you stop, the fluid continues to move, sending a message to the brain that there is a return movement.

This is exactly where the law of inertia comes into play.

The movement of the fluid gives the brain a misleading feeling of dizziness. And after a while endolymph stops spinning and no more signals go to the brain. At this point the brain realizes that the rotation has stopped and the dizziness ends.

You can test this with a little experiment. Turn around quickly and stop immediately. You may notice that you still feel dizzy. This time, turn to the other side in the same way and stop. This time you experience dizziness almost impossible. Because you moved your endolymph in the opposite direction, the two effects cancel each other out.

Our other content that may interest you: