Title of article :
Octonion symmetric Dirac-Maxwell equations
Author/Authors :
CHANYAL, Bhupesh Chandra Kumaun University, S. S. J. Campus - Department of Physics, India
From page :
174
To page :
186
Abstract :
We know that the octonion algebra is the largest division algebra. Therefore, we have discussed the octonion 8-dimensional space as the combination of 2 (external and internal) 4-dimensional spaces. The octonion wave equations in terms of 8 components has been written in terms of an 8 ˣ 8 matrix. Octonion forms of potential as well as fields equations of dyons in terms of an 8 ˣ 8 matrix are discussed in a consistent manner. At last, we have obtained the generalized Dirac-Maxwell equations of dyons in two 4-dimensional spaces, from the 8 ˣ 8 matrix representation of octonion wave equations. Generalized Dirac-Maxwell equations are fully symmetric Maxwell s equations and allow for the possibility of magnetic charges and currents, i.e. analogous to electric charges and currents.
Keywords :
Octonions , monopole , dyons , symmetric wave equations , 8 ˣ 8 matrix representation , generalized Dirac , Maxwell equations
Journal title :
Turkish Journal of Physics
Journal title :
Turkish Journal of Physics
Record number :
2528875
Link To Document :
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