The Complexity of the Super Massive Black Holes and Galaxies Throughout the Universe: The Requirement for a Star to Become a Black Hole, the First Discovered Black Hole, the Distance and Diameter of the Milky Way Galaxy, the Distance Between the Earth and Sagittarius A* (Black Hole at the Center of the Milky Way Galaxy), the Reason the Milky Way Galaxy Appears as a Narrow Band Galactic Plane Upon Earth, the Appearance of the Milky Way Galaxy When Viewed From Outside the Galaxy, the Speed of Stars Orbiting the Milky Way Galaxy, the Greatest Evidence of Super Massive Black Holes, the Number of Galaxies Which Possess a Super Massive Black Hole, the Concept of the “Event Horizon”, the Speed the Accretion Disc (Unstable High Energy Consumption and Ejection of Matter) Rotates Around a Black Hole, the Length of Time Required for Jupiter to Orbit the Sun, the View When Traveling Into the Accretion Disc of a Black Hole, the Development of Gravitational Lensing as an Event Horizon Becomes Within Closer Proximity, the Type of Black Hole Predicted by German Theoretical Physicist Albert Einstein, the Ambiguity of Why Super Massive Black Holes Exist, the Size of the Sun vs the Size of Super Massive Black Holes Throughout the Universe, Dying Stars Unable to Produce Super Massive Black Holes, How Black Holes Increase in Size, the Gravity of a Black Hole Drawing in its Surrounding Accretion Disc, the Alternative Method Black Holes Utilize to Expand in Size, Some Black Holes Capable of Destroying Stars Within Weeks, the Violent Transient Destruction of Black Holes, the Concept of “Tidal Disruption”, the Major Problem Scientists Have With Super Massive Black Holes and Quasi Stellar Radio Sources (QUASARS), the Explanation for the Distance of Quasi Stellar Radio Sources From the Earth, the Period When Bright Quasi Stellar Radio Sources Formed, the Concept of the “Eddington Limit”, How the Eddington Limit Works, How Light Exerts Pressure, the Limitation of How Fast a Black Hole Can Expand, Super Massive Black Holes and Quasi Stellar Radio Sources Bypassing the Problem of the Eddington Limit, the Hypothesis of How Super Massive Black Holes Expand to Become Super Massive, the Concept of a “Direct Collapse” Black Hole, How Direct Collapse Black Holes Form, Direct Collapse Black Holes Possibly Explaining Super Massive Black Holes, the Symbiotic Relationship Between Super Massive Black Holes and Galaxies, How the Co-Evolution Hypothesis Works, and the Ambiguity of the Force Which Keeps Super Massive Black Holes and Galaxies Synchronized