I'm learning as much as I can about quantum field theory to find a conceptual solution to the boundary problem. Each point in space corresponds to a field operator that can create or annihilate quanta at that location. These operators exist within a vast Hilbert space that encodes probability amplitudes for every possible field configuration across all of spacetime. When an operator acts at a specific point, it reshapes the global quantum state, which in turn determines the probability amplitudes for all future operator actions. This creates a feedback relationship similar to general relativity, where matter tells spacetime how to curve while curved spacetime tells matter how to move. In quantum field theory, local operator actions modify the global wavefunctional, while the wavefunctional determines the probability amplitudes for local measurements. Each point becomes both an actor that can transform the whole system and a location whose behavior depends on the entire quantum state. Operator actions could bifurcate or selectively reshape only specific pockets of the wavefunctional, creating regions of internal coherence while maintaining sharp separation from external domains. What if topological protection operates not just on classical field configurations, but on the support structure of the wavefunctional itself? Quantum states might develop segmented amplitude distributions - coherent pockets that evolve together while remaining isolated from other regions. The boundary problem would transform from a question about spatial location to one about topological structure in Hilbert space. Consider how this differs from classical coordination. In the classical case, even within a topologically protected electromagnetic region, neural components still communicate through finite-speed processes. Each neuron receives information about distant parts of the region through propagating signals. The unity emerges from fast coordination but remains fundamentally assembled. In the quantum field case, if the wavefunctional develops the right kind of segmented structure, components within each pocket would share immediate access to the same global quantum state. The unified experience would arise from genuine simultaneity of quantum correlations rather than coordinated classical processes. Consciousness might exploit a deeper level of physical law than classical electromagnetic topology can provide. The frame-invariant boundaries remain important, but they must protect quantum rather than classical structures to achieve true Indra's Net connectivity within each moment of experience. (Edited with Claude)