A Recursive-Collapse Nested-Core Cosmological Framework with a Time Metric Field
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We propose an alternative cosmological framework in which spacetime does not expand. A scalar "time metric field" φ(x,t) couples non-minimally to gravity and produces the observed redshift, CMB spectrum, and large-scale structure through geometric scaling rather than spatial expansion. The field exhibits a Chameleon-like screening mechanism: short-ranged in high-density environments (solar system) and long-ranged in low-density intergalactic space. Matter cycles through nested gravitational structures—planets → stars → galactic black holes → supermassive cluster cores—without a singular Big Bang. We present the Lagrangian, derive field equations, and show preliminary grid-scan results. The framework is compatible with GW170817, Cassini, BBN, and solar neutrino constraints. Full presentation in Chinese. English abstract provided. Author: Yujian LinEmail: 370962979@qq.com/linnanfang5@gmail.comLocation: Huilai, Guangdong, China
