THE FUNCTIONAL RELOCATION PRINCIPLE (FRP): A Medium-Independent Generalized Systemic Principle of Generation-Manifestation Locus Dissociation
- 1Independent Researcher
Abstract
This paper develops the Functional Relocation Principle (FRP), a proposed generalized systemic principle concerning the dissociation between the locus at which a functional condition is generated and the locus at which a corresponding functional manifestation becomes operative. The theory is anchored by The Bullied Kid's Paradox (BKP): a condition generated in one interactional locus may subsequently become manifest through a different locus that did not generate the initiating condition. The paper deliberately removes bullying, anger, family relations, negative valence, temporal succession, communication, signal transmission, and any particular physical or informational carrier from the definition of the principle. FRP is therefore formulated as a relation rather than as a theory of a particular medium, sequence, criterion, or domain. Its minimal formal representation is
X_{i}^{\Phi_{ij}}{\rightarrow M_{j}} i≠j.
where X_{i} is a generated functional condition and M_{j} is a manifestation at a distinct locus. Time is treated as one possible realization dimension, not as a constitutive medium. Likewise, sequence direction, criterion, valence, and system class are treated as variable test conditions. Three analytical layers are developed: philosophical-epistemological, system-theoretical/cybernetic, and formal-operational/mathematical. The manuscript defines operational variables, derives a candidate master architecture, states boundary conditions, proposes intervention-based falsification tests, constructs a thirty-case evaluation matrix, and specifies simulation procedures for linear, nonlinear, networked, noisy, delayed, and simultaneous configurations. The resulting status is deliberately conservative: FRP is classified as a generalized systemic principle and testable theoretical model, not as an established universal law. No empirical universality is inferred from the case inventory alone.
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BibTeX
@misc{shan2026functional,
title = {{THE FUNCTIONAL RELOCATION PRINCIPLE (FRP): A Medium-Independent Generalized Systemic Principle of Generation-Manifestation Locus Dissociation}},
author = {Shamiul Hoque Shan},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23441433},
url = {https://zenodo.org/records/23441433},
note = {CC BY-NC-ND 4.0},
}
RIS
TY - UNPB
TI - THE FUNCTIONAL RELOCATION PRINCIPLE (FRP): A Medium-Independent Generalized Systemic Principle of Generation-Manifestation Locus Dissociation
AU - Shamiul Hoque Shan
PY - 2026
DA - 2026/10/17
PB - Zenodo
DO - 10.5281/zenodo.23441433
UR - https://zenodo.org/records/23441433
AB - This paper develops the Functional Relocation Principle (FRP), a proposed generalized systemic principle concerning the dissociation between the locus at which a functional condition is generated and the locus at which a corresponding functional manifestation becomes operative. The theory is anchored by The Bullied Kid's Paradox (BKP): a condition generated in one interactional locus may subsequently become manifest through a different locus that did not generate the initiating condition. The paper deliberately removes bullying, anger, family relations, negative valence, temporal succession, communication, signal transmission, and any particular physical or informational carrier from the definition of the principle. FRP is therefore formulated as a relation rather than as a theory of a particular medium, sequence, criterion, or domain. Its minimal formal representation is X_{i}^{\Phi_{ij}}{\rightarrow M_{j}} i≠j. where X_{i} is a generated functional condition and M_{j} is a manifestation at a distinct locus. Time is treated as one possible realization dimension, not as a constitutive medium. Likewise, sequence direction, criterion, valence, and system class are treated as variable test conditions. Three analytical layers are developed: philosophical-epistemological, system-theoretical/cybernetic, and formal-operational/mathematical. The manuscript defines operational variables, derives a candidate master architecture, states boundary conditions, proposes intervention-based falsification tests, constructs a thirty-case evaluation matrix, and specifies simulation procedures for linear, nonlinear, networked, noisy, delayed, and simultaneous configurations. The resulting status is deliberately conservative: FRP is classified as a generalized systemic principle and testable theoretical model, not as an established universal law. No empirical universality is inferred from the case inventory alone.
ER -