Unified Field Theory and Heterogeneity

Attraction and Repulsion can combine in an infinite variety of ways, i. e. resulting in a range from predominantly contractive, to predominantly expansive, interactions.  Thus, since any combination of the two constitutes a Force Field, there are an infinite variety of  Force Fields possible.  Furthermore, since different combinations produce differently constituted Fields, any two differently constituted Fields are mutually heterogeneous.  Thus, for example, a Force Field and one that it is part of are mutually heterogeneous, which is why the internal integrity of the former, e. g. a particle, can remain unaffected by its external interactions in the latter.  Now, three such mutually heterogeneous types of Force Field are nuclear, electromagnetic, and gravitational fields.  Thus, the efforts of contemporary Physics to formulate a 'Unified Field Theory', by homogenizing fields that they erroneously call 'forces'--Strong and Weak Interaction, Electromagnetism, and Gravity--are misguided, beginning with the assumption that a 'unified field theory' precludes the possibility of heterogeneous fields.