Overview

In this book, I explain the thermodynamic kinematics of the cosmic microwave background radiation (CMBR) inflation pressure required to pull open huge spherical shells composed of mainly nuclear fusionable materials. The specific context for the balloon topologies is the modeling of the requirements for the achievement of super-Planck Powers via simultaneous detonation of unit cells comprising the spherical shells. Herein, the conjectured balloons have a one-way from outside to the inside negative electromagnetic refraction index which provides the pulling pressure required to hold the subject balloons open against gravitational collapse. Methods for precisely timing the detonation of the unit cells are considered but without violating the light speed limits according to Special Relativity. Additionally, other forms of fuels for balloon composition are considered such as matter-antimatter fuels, exotic QCD fuels having super-fusion yields, and nuclear isomers. Near the end of the book, whimsical conjectures are provided as suggestions regarding fundamental cosmological ramifications based on the results of spheres modeled to have the mass and radius of the baryonic content of the observable universe. Numerous calculated examples are provided with repeated but explanative statements for emphasis. This is done so as to show the plausibility of the super-Planck Power outputs while minimizing the ambiguity in the quantitative analysis. On the order of a dozen and a half illustrations are provided to further explain and clarify the operating principles of the spheres and the detonation process.

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9781505284966

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