Emergent Quantumcorrelations as global fixpoint-structure in topotronics-theory.

Reconstructed are the fundamental basic ideas in a minimal superdeterminism-model. The globalfixpoint structure ω codates measurements and apparates simultaneous, while an selector-operator generates stability and coherence via a minimal-principle. Discrete functions of measuringA (a) and B (b) on ω reproduce exactly the quantum correlations E(a , b)=−cos( θ ) .The CHSH- correlations appear at the emergent quantum area , whereby the Bell-inequationappears as an emergent, not as a fundamental physical law. The minimal measurable deviation isΔ d≿0.1% . The model offers a consistent, logical structure, connecting superdeterminism andemergent effective quantum logic. Classical quantum structure appears not on a fundamental levelbut only as an emergent overlaying structure like in the demand of Einstein. Also the Einstein-equations for gravity can be derived from the basic structure fundament of topotronic-theory asemergent systems. Particularly in the connection with a theory of quantum gravity it is necessary toexplore new ways of formulating fundamental spacetime-structures like quantum states to getgreater significance in the clearness of a consistent underlying description.