This ebook is a deep and thorough mathematical examination of the Maxwell-Cassano generalization of
Maxwell's equations of the electromagnetic field into a unified field theory into nuclear physics.
Great strides in electronics have resulted from the thorough application of Maxwell's equations.
Because the Dirac equation is more complex residing in phase space, making it's application more difficult.
The Maxwell-Cassano equations are in the same real space as Maxwell's eqautions.
So, great strides using its application into nuclear realms are expected by the author.

All particles satisfy the Klein-Gordon equations, so these equations may be expected to be satisfied by all particles.
The Rotation, Parity, and Charge Conjugation invariance are dealt with in far greater detail than the Dirac equations are in texts.
Classically, a Lagrangian is stated as the foundation for a field, from which the field equations arise via Hamilton's Principle of least action. Thus, the Lagrangian for the Maxwell-Cassano equations is presented and verified.

Any electrical engineer is competent to comprehend  the material within this ebook and make developments from it. As opposed to the overly complex Dirac equations of phase space.  From this ebook, the reader will begin to see beyond current theories of physics to 'what is' .