Demonstrates geometric control over the Oort Cloud in cosmic boundaries, indicating essential structural features.
This paper successfully demonstrates that the outer boundary of the Solar System is governed by a precise geometric equilibrium. By utilizing the Shteim Scaling Law for Gravitational Influence, we calculated that the central solar metric reaches its structural boundary at 544.6 AU. This boundary represents the structural cradle where the Oort Cloud stabilizes. Rather than treating the Oort Cloud as a product of random external stellar encounters, the Shteim framework reveals it to be an inevitable, structurally mandated feature of global space-time architecture. We recommend further application of this scaling law to exoplanetary debris discs and stellar clusters to map out the sovereign geometric envelopes of diverse cosmic systems.
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Hassan Shteim (2026) studied this question.
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