The organized energy field acts unseen as a virtual database of physics in general. The description provided outlines the depiction of the pre-Big Bang period, where matter and anti-matter, natural opposites, were safely separated by a ring of organized energy.
Here’s a summary: Pre-Big Bang State: matter and anti-matter, which are antagonistic forces, initially coexisted in the same space before the Big Bang. They were shielded by a protective layer of organized energy that contained the memory of natural rules and constants.
Big Bang event: during the Big Bang, anti-matter vanished beyond the observational horizon and was propelled away near black holes. The influence of anti-matter led to the emergence of anti-gravity, determined the direction of the time arrow, and fueled the universe’s accelerating expansion.
Role of gravity: gravity, a force outside the standard model and notably weak, played a crucial role in counteracting the destructive forces of increasing entropy. Without gravity, the emergence of evolution and complexity would have been impossible.
Stephen Hawking’s idea: Stephen Hawking proposed the intriguing idea that the Big Bang could be described as an inverted black hole. This perspective adds a unique dimension to our understanding of the universe’s origin, suggesting a connection between the explosive birth of the cosmos and the gravitational collapse observed in black holes.
The passage explores the concept of the pre-Big Bang era, where matter and anti-matter were separated by organized energy. During the Big Bang, anti-matter disappeared, leading to anti-gravity and universe expansion. Gravity, crucial for complexity, counters entropy.
Stephen Hawking suggested the Big Bang as an inverted black hole, offering a novel perspective on cosmic origins. This depiction highlights the interplay between fundamental forces and the dramatic events that shaped the universe’s evolution, leading from a state of perfect order to the chaotic expansion of the cosmos during the Big Bang.
The depicted image illustrates the pre-Big Bang period, where the natural opposites, matter and anti-matter, are safely separated by a ring of organized energy. Following the supersymmetry, characterized by perfect order, the universe experienced the total chaos of the Big Bang.
In this schematic, matter and anti-matter, inherent enemies, initially coexisted in the same space before the primal bang. The protective layer of organized energy, imbued with the memory of natural rules and constants, shielded these antagonistic forces.
During the Big Bang, anti-matter vanished beyond the observational horizon, propelled away near black holes. The influence of anti-matter gave rise to anti-gravity, dictated the time arrow’s direction, and fueled the universe’s accelerating expansion.
Gravity, a force outside the standard model and notably weak, plays a pivotal role in counteracting the destructive forces of increasing entropy. Its presence is crucial for the emergence of evolution and complexity. Without gravity curving space, the ever-growing entropy would have thwarted the possibility of organic evolution.
Stephen Hawking proposed the intriguing idea that the Big Bang could be described as an inverted black hole. This perspective adds a unique dimension to our understanding of the universe’s origin, suggesting a connection between the explosive birth of the cosmos and the gravitational collapse observed in black holes.
This image is a situation sketch of the pre Big Bang period. The natural opposites of matter and anti matter are safely separated by a ring of organized energy. After the supersymmetry ( perfect order above ) there was the total chaos of the Big Bang.
The schematic image above indicates that matter and anti-matter, which are each other’s enemies, once resided in the same space before the primal bang. These natural enemies are shielded by a protective layer of organized energy with a memory for natural rules, nature constants and laws.
During the Big Bang, the anti – matter disappeared beyond the observational horizon and pushed away near black holes. The anti-matter causes the anti-gravity force and the direction of the time arrow and the increasing expansion of the universe.
The force of gravity is outside the standard model (see also calculation diagrams later). It is extremely weak, but very important to counteract the very destructive increasing entropy. In the absence of gravity, the emergence of evolution and complexity could never have happened. The ever-increasing entropy could never yield organic evolution if space had not been curved by gravity.
Stephen Hawking envisioned that the Big Bang could be described as an inverted black hole.
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