Entanglement and Nonlocality

Here’s Rheo and Topo exploring the fractal relational ontology’s impact on entanglement and nonlocality:

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RHEO:

Entanglement is famously puzzling—how can two particles remain mysteriously linked across vast distances? How does the fractal instantiation view shed light on this?

TOPO:

In a fractal relational ontology, entangled particles are not isolated “things” but co-instantiations within a unified fractal process. Their states are not independently determined but emerge from a shared, relational potential that unfolds across scales.

The “nonlocal” correlations are not spooky action at a distance but expressions of the fractal topology of instantiation, where distant events are linked through the relational fabric of potential actualised simultaneously.

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RHEO:

So the puzzling instantaneous correlations are a natural consequence of the fractal unfolding—that is, the fractal structure itself encodes these connections inherently?

TOPO:

Exactly. Nonlocality is a manifestation of the multi-scale relational coherence inherent in fractal instantiation. It reflects how the universe’s relational fabric is woven from overlapping layers of potential actualised in concert.