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This work presents systemic-circular principles governing cosmic stability and renewal through reciprocity.
The cosmos as a systemic-circular network: stability emerges through reciprocity between decay and renewal. This work presents the cosmos from the perspective of a systemic-circular way of thinking, in which stability emerges through the interaction of formation and decay. At its core lies the principle of reciprocity (AYNI) as a fundamental mechanism of all cyclic systems. The cosmos is understood as a dynamic network in which matter, energy, and space are in continuous exchange. Decay is not an endpoint, but a necessary condition for renewal. Black holes are interpreted as transformational organs that return matter to a fundamental state, thereby enabling stability. In this context, dark matter appears as part of a cosmic feedback process, while the expansion of the universe is understood as an expression of a self-regulating system. This work invites a rethinking of the cosmos as a cyclical, process-oriented system.
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Angelo Kinder (2026) studied this question.