Paper 14 Paper 16
dark islands are discussed in numerous Sections of this Paper. See Nigel Nunn’s “Exploding Dark Islands” presentation, which covers the relationship between absoluta, segregata, ultimata and in the creation of ultimatons and how all of this relates to dark islands and black holes.
See Frederick L. Beckner’s review (2001) of W.F.G. Swann’s Architecture of the Universe (1934) as “source material.”
See Etymology of Coined Terminology.
Introduction
Section 1: The Superuniverse Space Level
p2: astronomers See also (12:2.1,3,5), (15:3.4), (23:2.21), (23:3.5), (30:3.2,3,4), (41:3.10), (57:2.2), (57:3.1,2).
Section 2: Organization of the Superuniverses
Section 3: The Superuniverse of Orvonton
Though the term Milky Way (galaxy) is not preferred by the authors of The Urantia Book, its reference to the superuniverse of Orvonton is key to developing a proper understanding of Urantia Book cosmology.
This cross-reference study offers a comprehensive review of how the revelators use galaxy (along with its derivatives) and Milky Way. See Nigel Nunn’s paper Massive Orvonton for a deeper study of this topic and go to this page for a broader appreciation of his scholarship.
p3: See cross-reference study: So-Called Scinece +.
p5: Matthew Block suggests that the following author was influential in writing of this Paper and has prepared a parallel chart:
Robert H. Baker, Ph.D., The Universe Unfolding: The Story of Man’s Increasing Comprehension of the Universe Around Him (Baltimore: The Williams & Wilkins Company, 1932) Hathi Trust Digital Library copy. Wikipedia page: Baker.
Section 4: Nebulae — The Ancestors of Universes
Though the term Milky Way (galaxy) is not preferred by the authors of The Urantia Book, its reference to the superuniverse of Orvonton is key to developing a proper understanding of Urantia Book cosmology.
This cross-reference study offers a comprehensive review of how the revelators use galaxy (along with its derivatives) and Milky Way. See Nigel Nunn’s paper Massive Orvonton for a deeper study of this topic and go to this page for a broader appreciation of his scholarship.
p1: Tigran Aivazian’s videos with graphic representation of formulas for Ultimaton at Rest and Ultimaton Deindividuation at High Frequency Oscillations.
p2: space potency: (42:2.6) “On Uversa, space potency is spoken of as ABSOLUTA.” See Nigel Nunn’s “Exploding Dark Islands” presentation, which covers the relationship between absoluta, segregata, ultimata and in the creation of ultimatons and how all of this relates to black holes.
space potency appears 21 times in 18 paragraphs.
The introduction to William C. Daywitt’s paper “Similarities Between the Dirac-Inspired Planck Vacuum Theory and the Urantia-Book Papers’ Concept of the Vacuum State” reads: “The Planck vacuum (PV) theory defines the vacuum state as a degenerate, negative-energy collection of Planck particles that interacts with free-space particles to generate the various equations of modern fundamental physics. And although the theory is not yet in the theoretical mainstream, the present author believes it to be the model that best represents the current approximation to the physical scheme of things. The success of the theory is due in part to its replacing three important secondary constants (G, ̄h, α) with two more-fundamental constants (e∗, m∗) in the various equations. In contrast to the PV model, the Urantia-Book (UB) Papers define a set of two fundamental energy states which will be referred to here as the UB vacuum (UBV). Similarities between these two descriptions of the vacuum state, the PV and the UBV, will be explored below.”
p7: Andromeda, almost one million years ago See Astronomy: Relationship between Orvonton and Andromeda. Estimates in the 21st century for the distance to the Andromeda Galaxy (M31) are in the range of 2.5 million light years away. In 1929, Edwin Hubble published research indicating that the distance was approximately 900,000 light-years and that Andromeda is not part of the Milky Way Galaxy (Orvonton). See NASA Cosmic Times 1929.
p8,9: Milky Way See annotations at 15:3.1. above.
Section 5: The Origin of Space Bodies
Section 6: The Spheres of Space
p10: glasses of water in the oceans of your world: Assuming the present value of the volume of the oceans (together with their seas) to be 1.5 x 10↑18 milliliters cubed and a standard 250 ml glass of water we obtain the required total number of stars: 6 x 10↑21. (Tigran Aivazian calculation.)
Section 7: The Architectural Spheres
Section 8: Energy Control and Regulation
p3: See Tigran Aivazian’s British Study Edition of The Urantia Book. Also see 23:3.2 for additional related annotations.
Section 9: Circuits of the Superuniverses
Section 10: Rulers of the Superuniverses
Section 11: The Deliberative Assembly
Section 12: The Supreme Tribunals
Section 13: The Sector Governments
Section 14: Purposes of the Seven Superuniverses
p8: 5,342,482,337,666: How are the 7 celestial coordinates of our planet just given (7, 5, 3, 84, 70, 24, 606) encoded in the registry number? It is possible that the decimal status is included as well and, together with the planet’s number 606, it is represented in the final digits 666, see the note on 58:1.1. [Tigran Aivazian annotation.]