"The sound of the "Big-Bang."

[humanbydefault]

I WONDER... if the entire process conducting to what we now believe it was something like a sudden genesis was something similar to the birth of one star but in a huge scale?

Let's say that an immense energy unlocked during the birth of a group of stars [somehow] created a chain reaction so big that the rest of the universe exploded reseting time to zero?

We know (so far) that the greatest amount of energy detected in our primitive instruments are related to the so-called "Gamma Ray Burst" process. I believe that only during the birht of a star what I had called "universal energy," which for me is the same one alive in the very core of each atom, is released into open space. If I'm right on this assumption, then the highly expected "proton decay" occurs every time a star is born with the only difference that a proton never actually decayed but the energy that brings to existence every single sub-atomic particle founds itself "naked" to the eyes of the universe.

I believe that a "Big Bang" will occur as a result of something we have been discussing many times before here in this forum: THE SYMMETRY OF CHAOS!

Stars are in a constant change, they are created and "live" their time until the final moment of their existence, but if the process is universal it could also mean that a series of explosion could coincide resulting in a chain reaction impossible to stop.

Of couse... It's just a naive theory with no chances of being demonstrated for at least 500 years from now.

HUMANBYDEFAULT

[mkirkpatrick]

A very interesting idea HBD,are you going to follow this up,a rather small observation
in a vacuum,would there not be absolute silence?

regards michael.

[Graybeard]

HBD .... I am thinking about it .... I don't think it is really possible ...but if it was ... what questions can it answer ... I like the idea of the time reset..

Good Post

greg

[dleviwing]

Hi Hbd and Greg;
If you go to Dr. Cramer’s site, you can download his interpretation of the BB sound. The downloads are in the 6th paragraph.
http://faculty.washington.edu/jcramer/BBSound.html