Eria's Coriolis force, the superstar of physics and human life, is reflected in the following aspects: under the reference system (non-inertial system) that rotates like the earth, the object moving in a straight line will keep its original motion state due to inertia, but under the rotating reference system, it seems that it has been deviated from its direction by external force. This virtual force is Coriolis force.

Coriolis force, also called Coriolis force in some places, is a description of the deviation of particles in a rotating system due to inertia relative to the linear motion of the rotating system.

Understanding the Coriolis force of linear motion of particles in the rotating system of historical editing is based on Newtonian mechanics.

1835, French meteorologist Coriolis proposed that in order to describe the motion of a rotating system, an imaginary force should be introduced into the motion equation, which is Coriolis force.