Energy Level Transition and giant acoustic resistance of Magnetic Dipoles

In this paper, a new topological material in the paper, Discovery and Characterization of Magnetic Monopoles.was found. When this new topological material absorbs acoustic transverse waves during resonance, its magnetic dipoles undergoes energy level transition, resulting in its great resistance change, i.e. energy level transition and frequency increase in an alternating magnetic field. There is a quantum effect during the change of the magnetic field, which provides theoretical support for basic research and discovery of the paper, Discovery and Characterization of Magnetic Monopoles. Thus, a transverse sound wave giant resistance sensor with high sensitivity, good frequency selectivity and strong directivity has been developed according to this basic principle.