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Each post is a discovery. IRDME is the method — the finding is the story. All results link to their pre-registered hash.

neuroscience#celegans#connectome#neuroscience#hub-compression#pre-registered#confirmed#scale-replicationarXiv:2604.23639

279 Neurons, One Signal: Hub Identity Preserved at 20:1 Compression in C. elegans

F12 pre-registered result: the Functional Proximity Law holds across the full C. elegans 302-neuron connectome (n=279 with synapses). 13 of 15 command interneurons from the smaller M_EXT2 study appear in the top-20 hubs — hub identity preserved at 20:1 scale compression.

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neuroscience#neuroscience#celegans#connectome#external-validation#universal-hubarXiv:2604.23639

Reading a Brain Without Knowing Biology

The C. elegans connectome experiment uses topology alone to identify PVCL and PVCR as primary command interneurons. r = 0.7774, p = 0.004. The layer definitions and node rankings come from White et al. 1986 — fully independent of IRDME. This is true external validation.