Measurement of Force Effects During Mass-dynamic Interaction

This article presents the results of the experimental research of rotating mass force effects in vacuum having a variable quadrupole moment on solids. During the research the values of forces and moments, exciting rotation and repulsion of solids from rotating mass were measured. The mass-dynamic force which was ascertained during our experiments was approximately 2.5…2.7 N while the value of torque was about 1 N·cm. On the grounds of experimentally ascertained force effects, we can assume that a type of interaction under the condition of the presence of a relative mass movement similar to a relative electric charge movement, plays an important role in nature