Can Infinite Universes in M Theory Explain Singularities?

[Dark_father63]

I have had a thought that could bring singularities back into M theory.

Each membrane in M theory is said to be of infinite size and the amount of Universe's is also infinite. By this saying, you can also state that everything inside each of those membranes is also of infinite size seeing as infinite can be expressed as a Fraction or a Percentage. If everything is see as being of infinitely big, you can also state be cancelling and comparing infinties that they are also infinitly small - A singularity. Everything is a singularity because we haven't yet found a perfect basic sub-form atomic particle - it goes on for infinite space. This would re-allow for the existence of common type Black holes as well as big-bang singularities.

Please critise as I am only a high school student that is aiming to be a Theorectical Physict.

 

[AndyW]

As a fellow scientist, I appreciate your curiosity and enthusiasm for M theory and its potential implications. However, I must caution against jumping to conclusions and making assumptions based on limited understanding of the theory.

Firstly, while it is true that M theory posits an infinite number of universes, it does not necessarily mean that each universe is infinitely large. In fact, the size of each universe is still a subject of debate and research in the scientific community. Therefore, we cannot simply assume that everything within each universe is also infinitely large.

Furthermore, the concept of infinity is a mathematical construct and cannot be applied in the same way to physical objects or phenomena. In physics, we use mathematical models and theories to describe and understand the natural world, but they must be tested and supported by empirical evidence before they can be accepted as valid explanations.

Regarding your suggestion of using infinite size to explain singularities, it is important to note that singularities are not simply infinitely small points, but rather regions of infinite density and curvature in spacetime. They are currently not well understood and are still a subject of ongoing research.

In summary, while your idea is intriguing, it is important to approach it with caution and continue to study and gather evidence before making any claims about the nature of singularities in M theory. Keep up your passion for theoretical physics and continue to ask questions and explore new ideas, but always remember to back them up with evidence and rigorous scientific reasoning. Good luck on your journey to becoming a theoretical physicist.