The Handbook of Relational Value Exploitation: Taxonomy and Mechanisms

Value generated within a relation can be appropriated at points that no single account of exploitation covers. Ordinary treatments locate appropriation at production and distribution. This paper proposes a taxonomy indexed instead by the lifecycle of relational value, coarse-grained into six sub-spacetimes: encounter, formation, co-generation, valuation, circulation, and reproduction. Each is treated as an extended region rather than a point, so that regions overlap and each admits finer resolution into a structure of the same shape. Within a region, three aspects separate the object of intervention: the form an interaction may take, the conditions under which it becomes possible, and the process by which it actually occurs. A Lacanian layer then supplies the dynamics. Registers are not treated as three mutually exclusive categories. Each exploitative action receives an entry register, a driving form, and a trajectory across registers, on the ground that an intervention entering at one register propagates through the others. Tabulation of the resulting corpus of 225 mechanisms yields a distributional result. Interventions entering through the Real hold between a tenth and a fifth of the sites at the encounter, formation, and co-generation regions, fall to none at valuation and one in twenty at circulation, and return to an eighth at reproduction. Interventions entering through the Imaginary do not follow that movement and persist through valuation, so the depletion is specific to the Real rather than a general effect of symbolic dominance. The paper reads this pattern through the Lacanian formula for foreclosure: relational depletion has no term in the registers that perform valuation and circulation, so it is not recorded as a loss and returns at the reproduction stage as exhaustion, dissolution, and lost generative capacity. The title question receives a restricted answer. Relational depth raises the appropriable surface and the cost of exit, so it raises exploitability where the depth is asymmetric, meaning that one party's relation-specific sedimentation is unmatched by the other's. Because the uncompressed configuration space is combinatorially large, the taxonomy is organized into atomic sites, single-stage composites, and multi-stage motifs, and each site carries a local admissibility test separating exploitation from ordinary relational coordination. The framework is a revisable conceptual proposal. Empirical use requires operational indicators for depth, register entry, and return, together with rival-mechanism tests.