Current Aluminum Foil Experiment Proves That Internal Current Is The Primary Source Of Gravity

This study explores the role of internal currents in objects as the primary explanation for gravity. Through a series of experiments, the authors investigated the hypothesis that the attractive force generated by these internal currents is responsible for gravitational attraction, providing a new perspective on the understanding of gravity. The experiments involved various materials including aluminum foils, plastic strips, a needle, and floating rectangular objects. In one experiment, the behavior of a needle placed between two soapy water films was observed when one of the films burst. In another, two floating rectangular objects placed 2 cm apart in grounded water were monitored to determine if they would attract each other. Subsequence experiments involved testing the interaction between plastic strips and aluminum foils in grounded water, focusing on their tendency to stick together and the effects of water surface tension. The results indicated that repulsive forces from free charges and surface tension forces, such as cohesive and adhesive forces, played a significant role in the behavior of floating objects. Moreover, the aluminum foils showed arrangements that suggested the influence of additional forces, which were internal currents, contributed to the observed attractive forces. These findings contradicted with the conventional gravity theories, in actual fact gravity is influenced primarily by the internal currents within objects, this research provides scientific explanation for gravitational forces.