We are a team of researchers and scientists focused on the cosmological alternatives to the Big Bang Theory.
On the following pages of our site, you can explore the central parameters of our study and gain insights into our innovative approach.
Additionally, we provide detailed explanations of certain elements of Einstein’s General Theory of Relativity to support a comprehensive understanding of our research.
We have compared the collision of the Sun and Jupiter with the collision of White Dwarf stars.
We have studied several parameters that underpin the fundamentals of the well-known Big Bang Theory. Our conclusions are that this theory is not well justified (though not impossible) due to the continuous expansion of our galaxy observed up to now.
Using measured physical values, we have focused our attention on a more likely concept. We have named this concept the “Mega-Bang Theory.”
a) The enormous mass of the incorporated Black Hole(s) attracts the White Dwarfs through Newtonian forces. The White Dwarfs are crowded around the Black Hole, and some of them inevitably collide with each other.
b) The enormous distances between them result in the realistic viewpoint that each galaxy should be considered a closed system for further analysis.
In the details shown on our site, you will understand what happens at the boundaries of the Black Hole. The British physicist Stephen Hawking predicted that, due to Werner Heisenberg’s Uncertainty Principle, there is a certain possibility for a number of White Dwarfs to escape the attraction of the Black Hole.
Given that the field of knowledge regarding Einstein’s General Theory of Relativity is so vast and complex, and that many scientists have ongoing questions, we consider it useful (if not necessary) to provide certain clarifications and detailed explanations for this theory to aid in a deeper understanding and to address common misconceptions.
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