The Groundbreaking Work and Interconnected Lives of Dutch Astronomer Gerard Peter Kuiper, U.S. Chemist Harold Urey, and U.S. Astronomer Carl Sagan: The Person Who Continually Monitored the Intensity of the Beta Lyrae Star System in 1784, Dutch Amateur Astronomer John Goodricke Accurately Predicting the Luminosity of the Beta Lyrae Star System, the Visual Capabilities of Kuiper During Childhood, the Personality Description of Kuiper, the Commonality of Binary Star Systems and How Binary Star Systems Formulate, the Commonality of Singular Star Systems, the Technology Kuiper Utilized to Complete the Work of Goodricke, the Concept of “Spectroscopy”, the Discovery Kuiper Made When Studying the Beta Lyrae Star System, the Shape of Stars Within Contact Binary Star Systems, the Reason Spectroscopy Was Utilized During the 20th Century to Study the Universe, the Person Who Developed the Hypothesis of How Contact Binary Star Systems Formulate, Kuiper’s Hypothesis of How All Galaxies Formulate, the Person Who Discovered That Virtually Every Star Has Planets, the Job Title Urey Held Whilst Residing Within Montana, United States of America, the Reason Urey Won the Nobel Prize Within Chemistry, Sagan Creating a Large Illustration of Predictions for Astronomy and Space Exploration During Childhood, the Age Sagan Wrote a Paper Which Was Read by U.S. Geneticist Hermann Joseph Muller, Muller Offering Sagan a Job Within His Laboratory, the Mentorship of Sagan by Muller, the Location Sagan Began Working With Kuiper in 1957, the Reason Sagan and Kuiper Were Blockaded While Working Together, the Difficulty of Working With Muller and Kuiper for Sagan, Urey’s Argument of Why U.S. Government Agency the National Aeronautics and Space Administration Should Explore the Earth’s Moon, Kuiper Predicting the Topography of the Moon, Sagan’s Work Upon Planetary Science Continuing During the Modern Day, Disparate Scientific Disciplines Unable to Collaborate Prior to Space Exploration, the First Modern Day Interdisciplinary Journal for Astronomical Researchers, Sagan Relentlessly Teaching Science to the U.S. Public Over the Course of His Life, Sagan and Austrian Astronomer Ed Salpeter Hypothesizing Life Upon Hot Planets, the Name Sagan and Salpeter Provided to These Life Forms, How These Life Forms Would Achieve Buoyancy Upon a Hot Planet, Efficiency Increasing With Size for These Hypothetical Life Forms, Sagan and Salpeter Hypothesizing How These Hypothetical Life Forms Evade Predation, Sagan and Salpeter’s Argument Against the Predators of These Hypothetical Life Forms, Sagan and Salpeter Expanding the Definition of a “Habitual Zone” Within Planetary Science, the Stars and Planets of the Gliese 667 Star System, the Size of Star A and Star B Within the Gliese 667 Star System, the Size of Star C Within the Gliese 667 Star System, the Most Common Type of Star Within the Universe, the Reason Red Dwarf Stars Remain Active Longer Than Other Stars, the Reason Scientists Understand That Stars Formulate Within a Few Million Years, the Rate at Which New Stars Formulate Within the Milky Way Galaxy, the Number of Stars Within the Observable Universe, the Number of Solar Systems Which Formulate Per Second Within the Universe, and the Number of Stars Visible From Earth and the Reason for This