Post-Recombination Era: What Kind of EM Radiation Was Released?
Post-Recombination Era: What Kind of EM Radiation Was Released?
The timeline of creation as described in the Quran provides insights into the intricate journey of the universe from the beginning to its current state. One key event in this timeline is recombination, a period during which electromagnetic radiation began to be released. This article explores the Big Bang Inflation era and the role of quantum gravity in the evolution of the universe, providing a comprehensive understanding of the electromagnetic radiation released after recombination.
The Big Bang Inflation Era
Following the Big Bang, the universe underwent a phase of inflation. This period was marked by a rapid expansion of the universe, transforming it from a dense, hot foam-like structure into a more transparent and open space. During this phase, the universe was a cloud of atoms enveloped by a particle foam, with Fifth Energy playing a crucial role in the annihilation of matter and anti-matter.
Fifth Energy and Foam Separation
Fifth Energy, a fundamental force, was responsible for separating the particle foam from the atoms. As it interacted with these particles, Fifth Energy produced a significant amount of heat. This heat essentially burned the particle foam, converting it into a smoke and releasing remnants of the foam. As light waves from Fifth Energy spread through this process, they encountered the remnants, creating the earliest forms of electromagnetic radiation.
The Release of Electromagnetic Radiation
Once the particle foam was separated from the atoms, the universe became more transparent. The electromagnetic waves, which had been mixed with light subparticles, began to form. According to the Quran, this process involved the joining of light subparticles with the electromagnetic waves, marking the beginning of visible light.
Recombination and the Formation of Duha
During recombination, the universe reverted from a foggy state to a more transparent one. At this stage, the light subparticles raced to join the electromagnetic waves, forming the Duha or early morning light. This light emerged gradually, with the positive gravity decreasing as inflation continued. The Duha is described as appearing in patches of bright and dim light, a result of the varying levels of penetration of the particles by the Fifth Energy.
The Emergence of Infrared Rays
After recombination, the frequency of the electromagnetic waves increased due to the activity of gravity. The Duha of the sky, with its simplest frequency, soon evolved into infrared rays. This transformation occurred because of the brief period of inflation following the separation of the particle foam, which decreased the positive energy, thereby increasing the frequency of the electromagnetic waves.
Conclusion
The emergence of electromagnetic radiation, particularly after recombination, marks a significant milestone in the development of the universe. The process involves complex interactions between particles, energy, and gravity. Understanding these interactions not only provides a deeper appreciation of the Quranic timeline but also offers valuable insights into the fundamental forces that shaped our cosmos. As we continue to explore the mysteries of the universe, the insights from the Islamic timeline continue to offer a unique perspective on the evolution of electromagnetic radiation and the universe itself.