摘要
This study endeavors to explain black holes through their role, essence and function. It utilizes a customized hypothetico-deductive methodology as a cognitive approach to construct and explain the model. The paper presents schematics as illustrations. Black holes are formed through a clash of Universal energy ripples, or through stellar collapse. Its micro level roles are to: recycle cosmological debris, stabilize the formation of galaxies, define the shape of galaxies, and stratify space around them. Their macro role is a subsystem in the preservation of the Universal balance, construct and shape. Black holes are made of two semi-cores of opposite spins. The cores are heterogeneous and made up of structures of dark matter particles. Surrounding the black hole are the process horizon, event horizon, and trap horizon. Primitive cores cannot survive;black holes which collapse to primitive cores decay and vanish. Black holes attract objects via energy fields, where energy tends to accumulate mass for more complex structure development in which more energy colonizes. Photons can either fall on the event horizon or directly cross to the process horizon depending on the black hole structure. This paper has transformed black holes from a set of scattered and vague ideas into structured objects of defined and necessary universal roles. The paper calls for empirical validation or falsification of its model, theoretical model, and hypothesis.
This study endeavors to explain black holes through their role, essence and function. It utilizes a customized hypothetico-deductive methodology as a cognitive approach to construct and explain the model. The paper presents schematics as illustrations. Black holes are formed through a clash of Universal energy ripples, or through stellar collapse. Its micro level roles are to: recycle cosmological debris, stabilize the formation of galaxies, define the shape of galaxies, and stratify space around them. Their macro role is a subsystem in the preservation of the Universal balance, construct and shape. Black holes are made of two semi-cores of opposite spins. The cores are heterogeneous and made up of structures of dark matter particles. Surrounding the black hole are the process horizon, event horizon, and trap horizon. Primitive cores cannot survive;black holes which collapse to primitive cores decay and vanish. Black holes attract objects via energy fields, where energy tends to accumulate mass for more complex structure development in which more energy colonizes. Photons can either fall on the event horizon or directly cross to the process horizon depending on the black hole structure. This paper has transformed black holes from a set of scattered and vague ideas into structured objects of defined and necessary universal roles. The paper calls for empirical validation or falsification of its model, theoretical model, and hypothesis.
