Introduction

In the grand tapestry of cosmology, two dominant theories—string theory and the Big Bang theory—have long held sway. However, a compelling new perspective emerges, challenging these established paradigms with a reimagined view of the universe. This article delves into an alternative scenario that posits the universe and its components through the lens of gravitational oscillations and base energy, providing a fresh look at the creation and evolution of our universe.

The Rejection of Established Theories

Both string theory and the Big Bang theory are considered somewhat flawed by some experts, as they struggle to fully explain the fundamental aspects of the universe and its workings. This alternative theory seeks to rectify these shortcomings, offering a new framework for understanding the cosmos.

The Universe's Core Components

The universe, as envisioned in this new paradigm, is made up of gravity in oscillating densities. This oscillation gives rise to the emergence of base energy, which then transforms into complex energy, and ultimately into base and complex matter.

Stages of Development

Stage One: During this stage, the universe is characterized by a consistent temperature and density. A point of inconsistency arises, marking the transition into Stage Two, where motion, density, base energy, and base matter begin to emerge.

The Development of Base Energy and Matter

As the gravitational forces oscillate, they create a density that eventually results in the formation of base energy and, subsequently, complex matter. This process mirrors the behavior of a pendulum, swinging from a consistent to an inconsistent state and back again.

The Role of Gravity

Gravity, in this model, is not just an attractive force but also a form of energy oscillating between forms. It is responsible for the lensing effect of light, where light curves around massive objects such as stars. This phenomenon is explained by the gravitational attraction of base energy and matter, rather than by the movement of light alone.

The Process of Formation

The structure of the universe, post-point of inconsistency, is akin to a spiral galaxy, with its most discernible features being the formation of base matter. The uniformity of this matter, due to the consistency of its environment, leads to spherical formation. However, the inherent instability of base matter causes it to continuously break down, giving rise to further complex structures.

Evolution and Complexity

As the universe evolves, complex matter forms, leading to the creation of galaxies and other cosmic structures. This complex matter contains charge and polarity, characteristics that emerge from the differentiation of base energy. The universe experiences outward acceleration, driven by the expansion of space itself.

Dark Matter and Further Implications

Dark matter, in this theory, is the result of the oscillating gravitational forces creating regions of space with insufficient matter to be detected. This dark matter is a key component in the ongoing expansion of the universe, acting as the unseen hand that holds the structure together.

The Role of Base and Complex Energy

The interplay between base and complex energy forms the foundation of the universe. Energy is conserved and transformed into various forms, with the potential for endless cycles of creation and destruction. This energy retention and usage play a crucial role in the formation and evolution of matter, including the emergence of life itself.

Life and Evolution

Life, in this paradigm, is a result of the stable structures developed from the complex interplay of energy and matter. Evolution occurs through the constant interactions and transformations of these entities, driven by the environment and the food sources available. The ultimate stability of these structures allows for the development of complex life forms, capable of interacting with their surroundings in sophisticated ways.

Final Thoughts

While the traditional theories of string and Big Bang offer compelling explanations, the new paradigm presented here provides a fresh perspective. Rather than dismissing these established theories outright, this article invites readers to consider the universe through the lens of gravitational oscillations and base energy. This model offers a seamless integration of complex matter, energy, and the underlying gravitational forces that shape our cosmos.