Strict Interior Nulling

Strict Interior Nulling is the boundary condition that the Pulse field is zero everywhere inside the toroidal boundary and is defined only on the boundary surface, so that all physical expression lives on the surface while the interior stays in the undefined null state. It is how the Null-Well architecture splits reality: the interior appears physically still while the boundary carries all dynamic activity; the data is not stopped there but flows through it. The book treats this partition as a conservation law in action, since nothing is lost, only transferred across the toroidal interface; the exchange is described by the Boundary Conservation Dynamics, in which energy flows between the boundary energy density and a Null-Well reservoir at two coupling rates. Ψ(x,t) = 0 for x ∈ Interior, with Ψ defined only on the boundary T²(t), where Ψ(x,t) is the Pulse field amplitude [∅], x is the spatial position vector [𝕃], Interior is the set of points inside the toroidal boundary [𝕃³], T²(t) is the time-dependent toroidal boundary surface [𝕃²] and t is time [𝕋]. It connects to Boundary Conservation Dynamics, Null-Well Interior Conditions, Boundary-Only Expression, Toroidal Boundary, Null Well and Zinf-Limit Universe.