Theoretical analysis reveals the emergence of deviational force and equilibrium in physical field models, suggesting novel applications to general relativity and unified field theories.
This paper introduces a rigorous mathematical framework for the emergence of a novelforce termed Zulfia Deviational Force, based on the Zulfia Decomposition Mapping:E(x, u) = η(x, u) + ∆(x, u) (1)From this fundamental decomposition (1), we rigorously derive the Deviational Force FD =−λ∇∆ and the structural equilibrium condition ∇∆(x, u) = 0, establishing them as directconsequences of the deviation field. This framework suggests that force and equilibriumnaturally emerge from deviation, with potential applications to general relativity and unifiedfield theories.
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KHAN et al. (2026) studied this question.
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