Magnetic field

Structurally deformed region in the universal medium is a ‘field’. A field is represented by imaginary lines of force. Curved (angular) lines of force indicate an electric field. Linear lines of force indicate a magnetic field. Radial lines of force indicate a nuclear field. Latticework squares of 2D energy fields (in universal medium) in a linear distortion-field are compressed or expanded in the same linear direction. Lines of force, representing a magnetic field are straight lines with arrows at outward end. Interaction between linear distortion-fields gives rise to ‘magnetic’ nature of distortion-fields. Hence, linear distortion-fields are ‘magnetic fields’. Due to circular paths of constituent photons in primary 3D matter-particles, there are no 3D matter-bodies that can produce linear distortion-fields. They can be produced only by arranging number of primary 3D matter-particles with angular distortion fields, in suitable array. End of a linear distortion-field, from where the lines of force appear to come out (of the 3D matter-body that is producing the distortion-field) is its ‘North pole’ and the end of linear distortion-field, to which the lines of force appear to enter is its ‘South pole’. A magnetic line of force points towards south polarity. A small part of a curved line of force, of sufficiently large radius of curvature, acts as a linear line of force. Hence, an electric field (angular distortion-field), whose its lines of force have less than certain magnitude curvature, acts as a magnetic field (linear distortion-field), whose axis is perpendicular to the axis of electric field. This phenomenon causes inseparable association between electric and magnetic fields.