Agamben’s Grammar of the Secret Under the Sign of the Law

This paper suggests that a grammar of the secret forms a concept in Agamben’s work, a gap that grounds the enigma of sovereignty. Between the Indo-European *krei, *se, and *per themes, the secret is etymologically linked to the logics of separation and potentiality that together enable the pliant and emergent structure of sovereignty. Sovereignty’s logic of separation meets the logic of relation in the form of abandonment: the point at which division has exhausted itself and reaches an indivisible element, bare life, the exception separated from the form of life and captured in a separate sphere. The arcanum imperii of sovereignty and the cipher of bare life are held together in the relation of the ban as the twin secrets of biopower, maintained by the potentiality of law that works itself as a concealed, inscrutable force. But the ‘real’ secret of sovereignty, I suggest, is its dialectical reversibility, the point at which the concept of the secret is met by its own immanent unworking by the critic and scribe under the *krei theme, and subject to abandonment through the work of profanation; here, different species of the secret are thrown against one another, one order undoing the other. The secret founded upon the sacred is displaced by Agamben’s critical orientation toward the immanent: what is immanent is both potential and hiddenness

Chromosome-length genome assemblies and cytogenomic analyses of pangolins reveal remarkable chromosome counts and plasticity

We report the first chromosome-length genome assemblies for three species in the mammalian order Pholidota: the white-bellied, Chinese, and Sunda pangolins. Surprisingly, we observe extraordinary karyotypic plasticity within this order and, in female white-bellied pangolins, the largest number of chromosomes reported in a Laurasiatherian mammal: 2n = 114. We perform the first karyotype analysis of an African pangolin and report a Y-autosome fusion in white-bellied pangolins, resulting in 2n = 113 for males. We employ a novel strategy to confirm the fusion and identify the autosome involved by finding the pseudoautosomal region (PAR) in the female genome assembly and analyzing the 3D contact frequency between PAR sequences and the rest of the genome in male and female white-bellied pangolins. Analyses of genetic variability show that white-bellied pangolins have intermediate levels of genome-wide heterozygosity relative to Chinese and Sunda pangolins, consistent with two moderate declines of historical effective population size. Our results reveal a remarkable feature of pangolin genome biology and highlight the need for further studies of these unique and endangered mammals