On some regularities of aerosol particle motion in electromagnetic fields

Experimental detection of Dirac's magnetic charge?

“…The instantons are formed by compactification of degrees of freedom as a result of large spin exchange energies and spherical boundary conditions. The instantons are minimum action solutions of SU(2) Yang-Mills fields on the four-sphere S 4 , or the conformal compactification of the Minkowski space-time R 4 by the conversion of field equations in R 4 into a complex analytic geometry (fibre bundles) on the complex projective three-space P 3 [15]. In other words, a magnetic monopole may be created on a ferromagnetic microparticle (but not on a diamagnetic or paramagnetic one) consequent upon the light-particle interaction.…”

“…Note that we had investigated the aerosol behaviour of about 30 various substances (Fe, Ni, Co, Cu, Al, Au, W, Pt, Ag, Se, Bi, As, H 2 O, graphite, glycerine, oil and so on). The MCE exists only for ferromagnetic aerosols (iron, nickel, cobalt and their ferromagnetic oxides) [2][3][4].…”

“…In these experiments we used Millikan's well-known method and equipment which has been described by us repeatedly [1][2][3][4][5]22]. The ferromagnetic aerosols are prepared by means of electrospark sputtering of the current interrupter iron contacts in argon atmosphere.…”

“…The pressure of the argon is 1 atm. In this case the iron particles have spherical form and their sizes are 10 −5 -10 −6 cm [1][2][3][4]. The homogeneous magnetic field is obtained by means of two co-axial Helmholtz coils.…”