From the open-string pair production rate of two D-branes, the author extracts Lorentz-invariant Schwinger rates for scalar, spinor, and vector pairs in two through seven dimensions.
Pair Production and Vacuum Polarization of Vector Particles with Electric Dipole Moments and Anomalous Magnetic Moments
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The matrix, 8-component Dirac-like form of P-odd equations for boson fields of spins 1 and 0 are obtained and the GL(2,c) symmetry group of equations is derived. We found exact solutions of the field equation for vector particles with arbitrary electric and magnetic moments in external constant and uniform electromagnetic fields. The differential probability of pair production of vector particles with the EDM and AMM by an external constant and uniform electromagnetic field has been found using the exact solutions. We have calculated the imaginary and real parts of the electromagnetic field Lagrangian that takes into account the vacuum polarization of vector particles.
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The explicit Lorentz invariant QED pair production rates from superstrings
From the open-string pair production rate of two D-branes, the author extracts Lorentz-invariant Schwinger rates for scalar, spinor, and vector pairs in two through seven dimensions.