The retrograde motion of three Angona tributaries injected new directional forces into the emerging solar system. [1] Three planets in this superuniverse, including Earth, are currently suitable for hosting life like ours. [2] The 5th planet fragmentized into asteroids, creating swarms of shooting stars. [3]
The twelve planets of the solar system evolved from a column of solar gases separated from the sun, with meteors and space dust condensed from the repercussional ejection of gas. [4] Monmatia's potential fate could end as double star formation. [5]
4.5 billion years ago, Monmatia originated in an Angona approach, leading to a gravity explosion of the sun and the capture of meteors, creating the nucleus of the physical system to which our sun and its planets belong. [6]
4 billion years ago, Monmatia witnessed the organization of the Jupiter and Saturn systems much as observed today, with planets still growing from meteoric captures. [7] Planets orbit in Angona solar extrusion plane, not sun's equator plane. [8] Monmatia was registered 3 billion years ago in the physical registry of Nebadon. [9]
Monmatia's existence revolves around the former Andronover nebula, distorted by a near collision and now situated in a fairly central position within a distorted spiral system. [10]
Monmatia, the name of Urantia's solar system, originated uniquely from the detached solar gases of the giant Angona system 4,500,000,000 years ago, impacting the orbital movement of the solar system material. [11]
See also: UB 57:5.