Gravitational Collapse, Negative World and Complex Holism
A. Sengupta

TL;DR
This paper explores the concept of complex holism as the fundamental mode of nature, proposing that the negative world is a gravitationally collapsed black hole formed at the big bang, with implications for understanding gravity and quantum non-locality.
Contribution
It introduces a novel framework linking complex holism, the negative world, and gravitational collapse, extending the engine-pump paradigm of ChaNoXity to cosmological phenomena.
Findings
Negative world is a gravitationally collapsed black hole.
Gravity is the expression of maximal nonlinearity of the negative world.
Temperature relates inversely to radius, entropy aligns with microstates.
Abstract
Building on the engine-pump paradigm of ChaNoXity, this paper argues that complex holism - as the competitive homeostasis of dispersion and concentration - is the operating mode of Nature. Specifically, we show that the negative world \mathfrak{W} is a gravitationally collapsed black hole that was formed at big-bang time t=0 as the pair (W,\mathfrak{W}), with W a real world, and gravity the unique expression of the maximal multifunctional nonlinearity of the negative world \mathfrak{W} in the functional reality of W. The temperature of a gravitationally collapsed system does enjoy the relationship T\propto1/r with its radius, but the entropy follows the usual volumetric alignment with microstates, reducing to the surface approximation only at small r. It is not clear if quantum non-locality is merely a linear manifestation of complex holism, with the interaction of quantum gates in…
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