The Inconceivability of Superconducting Constants Before the Big Bang

The concept of understanding superconducting constants before the Big Bang raises numerous questions. The Big Bang marked a significant phase change in the universe, separating a state of pre-Big Bang phenomena from the structured cosmos we observe today. This phase change implies that the conditions and constants before the Big Bang cannot be accurately defined using our current understanding of physics.

Assumptions and Speculations

One might assume that the physics preceding the Big Bang, if it existed, could be represented by a comprehensive book containing all the known physics as well as the unknown physics of the universe. However, this book remains unopened, akin to a sealed volume wherein the contents are invisible until the conditions for existence are met.

Analogy of the Unopened Book

To illustrate this point, imagine acquiring the most comprehensive book of “all known physics” and certain “unknown/undiscovered physics” in the universe. Upon bringing it home and placing it on your kitchen table, you hold a situation that mirrors the pre-Big Bang era. All the physics definitions are in the book, but they remain invisible until the Big Bang creates the necessary conditions for them to become visible.

The Unfolding of Physics after the Big Bang

When the Big Bang occurs, the book can no longer be sealed, allowing you to open it. Upon opening, the first page looks blank as the singularity shatters and expands. The primordial particles move outward into a new space-time environment. As these particles cool down, their interior structures undergo changes, leading to the formation of different types of particles, such as quarks.

The definition of these new particles is then recorded on the first page of the book. If another type of particle, slightly different, comes into existence, the book must be modified to include this new variation, such as up and down quarks. This process continues as new particles form, altering the understanding of physics and the definitions within the book.

Implications and Limitations

Notably, just because the definitions of these particles exist in the book does not mean they are discoverable or knowable until a new particle physically manifests. If a new particle never forms, even though it has an inherent definition in the book, its definition remains invisible until it physically comes into existence.

Conclusion

In conclusion, the search for superconducting constants before the Big Bang is inherently inconceivable due to the phase change and the creation narrative of the universe as we understand it today. The conditions and constants prior to the Big Bang, if they existed, would be beyond our current comprehension and definition. The moment we understand these new particles and their properties, the essence of the book can be read and interpreted.

Keywords

superconducting constants Big Bang physics before the Big Bang