This paper extends the Extended Phenotype Theory (EPT) research programme to a domain previously unaddressed within it: asymmetric gender protection legislation. It applies three instruments from the programme, Asymmetric Intentionality Theory (AIT), Parasitic Spontaneous Order (PSO), and the Epistemological Clergy framework, to explain why protection laws that encode fictitious intentionality attributions in their regulated subjects generate three predictable outputs: compliance theater, displacement of the real victims the law sought to protect, and an epistemological clergy that shields the norm from empirical revision. The argument is developed through comparative analysis of Spain's Organic Law 1/2004 (LO 1/2004) and Argentina's Law 26.485, drawing on Juan Soto Ivars's empirical documentation of LO 1/2004 in "Esto no existe" (2025) and on the available Argentine data from the National Registry of Femicides (RNFJA), the Unified Registry of Violence Cases against Women (RUCVM-INDEC), and the Supreme Court's Domestic Violence Office (OVD-CSJN). The paper argues that the failure pattern observable in both jurisdictions is not an implementation defect or an ideological problem: it is the mathematically predictable result of institutional architecture that attributes moral agency where it does not exist, in the same way that compliance theater in corporate criminal law, greenwashing in environmental regulation, and sycophancy in AI systems are predictable outputs of the same AIT mechanism operating in different domains. Three falsifiable predictions are derived and mapped to observable outcomes. The paper does not take a position on whether gender violence is a serious social problem (it is) or whether protection legislation is necessary (it may be): it argues that laws designed to protect can systematically harm the populations they target when their regulatory architecture is misaligned with the actual intentionality levels of the actors they regulate. This record is part of the Law as Extended Phenotype research program.
Ignacio Adrián LERER (Sat,) studied this question.