Generation of magnetic field from heat in thermomagnet by magnetic seebeck effect

Heat is the transit in energy from a high temperature region (or) entity to a lower temperature region. Magnetism is the physical phenomenon associated with charges in motion. It is a consequence of the alteration in the spin of the elementary charges of the object, ie electrons. Thermomagnetism is a phenomenon by which magnetism is produced as a result of heat by Magnetic Seebeck Effect. It can be observed in insulators, which are the solids that offer very high resistance to the flow of electric current by virtue of the large forbidden gap in between the energies of valence electrons. The materials chosen for the study are easily available and indigenous insulators; namely Plywood, Glass, Mica, Cardboard. The aim is to generate magnetic field by spin effect due to a temperature gradient between two insulating materials of varying thermal conductivities, as a consequence of heat supplied to it. The distinct fields of Physics involved in are Thermodynamics, Electromagnetics, and Continuum Mechanics.