Is the Sun a Black Hole?
New solar measurements of trillion electron volt gamma ray emissions combined with recent published papers independently support the conclusion that the Sun may harbor a black hole at its core. Such evidence supports my unified physics-based stellar evolution model that stars, including the Sun, are black holes.
Black holes have been characterized as many things over the decades since their indisputable confirmation— transitioning from theory to fact— but their lesser-known characterizations include being the brightest objects in the known universe, called quasars, the sources of the highest emissions of matter and energy— seemingly quite contrary to their main qualities of being black and an inescapable hole— as well they have recently been characterized as potentially life-nurturing energy sources, and as engines of creation [1, see also Evidence of Black Holes Forming Galaxies is Mounting!]. In seeming attempts to grab attention, they are more commonly characterized as voracious devouring systems that only wreak chaos and destruction, and while this may be good for eye-catching headlines, it is not an accurate characterization of black holes, and has largely misled scientists and non-technical audiences alike.
What we know now, often via directly observing the dynamical systems that form around black holes, is that yes, they are tremendously energetic systems, but they also generate high coherence and ordering and are integral in the formation and development of organized matter. This is now well known for galaxies, but the concept is also beginning to extend to other organized systems of matter: like stars [2], atoms [3], and even the universe itself [see Dr. Inés Urdaneta’s article Is JWST Confirming Haramein’s Holographic Solution Predicting that the Universe is a Black Hole?]. One highly significant area of investigation is the possible role of black holes in the core of stars; a long-time prediction of mine that describes how stars are black hole systems, which may seem like a crazy idea, but then again remember that the predominant characterizations of black holes are incomplete (or outright wrong in some cases), and the more precise characterization of black holes is rarely considered: such as being the brightest objects in the universe, as the first objects to form in the universe, as possibly instrumental in the formation of life, and as galactic engines driving organized galaxy formation and development. So, with these numerous recent developments advancing a more precise characterization of black holes the idea that they may form the core of stars, like our Sun, becomes a surprisingly reasonable possibility with considerable likelihood for being detected and verified.
