
How electrostatic fields generated by cosmic rays cause the expansion of the nearby universe
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How electrostatic fields generated by cosmic rays cause the expansion of the nearby universe
About this book
The positive electric charge transported by the cosmic radiation while migrating from the interiors of galaxy clusters toward the outer intergalactic space, slowly but inevitably, uncovers a negative electric charge of the same amount inside galaxy clusters, where it is mostly retained. Electrons constitute the negative electric charge inside galaxy clusters. The negative charge and the positive one of the overflowed cosmic nuclei in the intergalactic space cannot be neutralized due to the separating, huge distances. After time intervals of a few billion years, electrostatic repulsion among galaxy clusters initiates to contrast gravity and, at longer time spans, dominates.The electrostatic repulsion among galaxy clusters, which always store negative electric charges, determines in a few billion years, a general receding motion of cosmic matter, including smaller celestial bodies dragged in by galaxy clusters. It will be proved that the general receding motion of cosmic matter occurs with increasing velocities of galaxy clusters as far as the corresponding distances from the Earth augment.
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Information
Table of contents
- Cover
- Abstract
- Preface
- Introduction
- The competition between gravitational and electrostatic forces
- The electric charge transported by cosmic rays in the Milky Way Galaxy
- Electrostatic fields generated by cosmic rays inside and outside galaxies
- The electrostatic force among contiguous galaxy clusters
- Dark energy, dark matter, black holes, caloric and ether
- On the distance dilatation of galaxy clusters
- Kinematic properties of a globe of galaxy clusters
- The intensity of the cosmic radiation in external galaxies
- Electric fields and dark matter in disk galaxies
- Launching, deceleration and reacceleration of radio jets by electrostatic fields
- Empirical evidence of cosmic steady electrostatic fields
- Electrostatic field intensities in rich galaxy clusters
- On the maimed galaxies residing in galaxy clusters
- On the gas and stellar mass fractions in galaxy clusters and smaller bodies
- Bibliography
- Analytical index
- List of Latin symbols
- List of Greek symbols
- New terms introduced in this work
- New meanings of old terms
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