Stellar Formation Theory in the DMF Universe / DMF宇宙における恒星生成理論

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Authors: Takafumi Matsuoka
Cited by: 0

Abstract

Short Abstract This paper proposes a unified theory of star formation based on the Black Hole Fractal Steady-State Universe (BFSSU) framework, redefining stellar formation as a manifestation of hierarchical Dual Mass Flow (DMF) rather than a purely local gravitational collapse. Molecular clouds, filaments, protostellar cores, nuclear ignition, the initial mass function (IMF), star formation efficiency, and stellar death are interpreted as successive phases of mass-flow concentration, bifurcation, and processing limits within a continuous flow structure. This approach naturally explains the universality of the IMF and the low efficiency of star formation as statistical consequences of DMF, rather than outcomes of fine-tuned initial conditions. By redefining stars as mass-flow processing structures, the model establishes a structural symmetry between stellar formation and termination, offering a coherent causal framework linking stellar physics, black hole physics, galactic evolution, and BFSSU cosmology. https://orcid.org/0009-0003-1530-4234 Matsuoka × GPT Thought-Experiment Lab Japanese Abstract 本論文は、Black Hole Fractal Steady-State Universe(BFSSU)宇宙論に基づき、恒星生成を局所的な重力崩壊現象ではなく、階層宇宙に内在する Dual Mass Flow(DMF:二重質量流)の連続的処理過程として再定義する。分子雲、フィラメント、原始星コア、核融合点火、初期質量関数(IMF)、星形成効率、恒星終焉に至るまでの諸現象を、質量流の集中・分岐・処理限界という単一原理から統一的に説明する枠組みを提示する。本理論は、IMFの普遍性や星形成効率の低さといった長年の未解決問題を、偶然や局所条件ではなく、DMFの統計的・階層的構造の必然的帰結として位置づける。さらに、恒星を「質量流処理構造」と再定義することで、恒星生成と終焉の対称性を明示し、恒星物理・ブラックホール物理・銀河進化・BFSSU宇宙論を貫く統一的因果構造を提示する。

Fields of Study & Subjects

Astrophysics and Star Formation Studies Galaxies: Formation Evolution Phenomena Stellar planetary and galactic studies

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
13 January 2026
Language
EN
Document type
Preprint