Classical records and Bell correlations in a dynamically formed quantum body

arXiv:2611.05826v1 Announce Type: new Abstract: Competing quantum contacts can create a boundary that was absent from the specification of a subsystem. We construct approximately isolated bodies from bare field vacuum and zero-centred contact packets. A binding contribution with vanishing mean energy density nevertheless changes a bounded formation signal by order one at the same clock. On the formed material spins and their original memories, coarse collective records precede an all-outcome Bell violation. The field evolves dynamically, with the finite bath, residual boundary interaction, failed records and preparation costs retained.