Mikael

We all know the Big Bang when it comes to astronomy and the universe: about 14 billion years ago, the universe began as an infinitely small, hot, and dense point that started to expand rapidly. Ever since high school, when I first learned about the Big Bang theory, I felt aversion to it. What would be the purpose of existence in such a reality? Where is God? When I studied physics at the university, I also learned about the observations and grounds on which the Big Bang theory was based. I realized even then that the grounds were not absolute supporters of the Big Bang theory, but that things could be explained differently. Especially Einstein's Theory of Relativity does not require universe to be expanding, as I show in a separate paper named General Relativity. At that time, I did not yet have an alternative model of the universe to offer, but I began to develop one in my mind. Sometime around 2018, I had a finished alternative Universe Model written. My model does not have Big Bang and I also explain the fundamentals of how to propulsion the spacecraft going to do interstellar space travel. At the time of writing, I was hesitant to publish it because I was and still am inclined to believe that my model had some flaw or error that would invalidate it completely. However, I am unable to find it myself, so I hope those who are familiar with the subject or are otherwise interested will read the attached documents and comment on anything that comes to mind. Best regards, Mikael Mannonen Link to the Universe Model: https://drive.google.com/file/d/1awDtxf6kHd9_herSoADbtp_2YA60_6Cn/view?usp=drive_link Link to the General Relativity: https://drive.google.com/file/d/1JCqwCIpoPoRc-pN0QnSUFUzd3DJoFJUz/view?usp=drive_link

Anyone who studied special relativity must wonder how it is actually possible to keep the speed of light constant for everyone: we have the same spacetime and the same objects there, but objects need to be more than one place at the same time! In the following document I show how this is possible (and objects do not need to be multiple places at the same time!). Then I go ahead to the general relativity where I point out the importance of having the right metric in the Einstein equation. This isn't so important for the relativity itself, but to make my very own Universe Model possible, the metric needs to be the original one Einstein proposed. The mainstream models i.e. Expanding Universe Models with Big Bang Theory require different metric. I hope you find my General Relativity text interesting and please comment, especially when you find an error in the text! Best regards, Mikael Mannonen Link to Universe Model: https://drive.google.com/file/d/1awDtxf6kHd9_herSoADbtp_2YA60_6Cn/view?usp=drive_link Link to General Relativity: https://drive.google.com/file/d/1JCqwCIpoPoRc-pN0QnSUFUzd3DJoFJUz/view?usp=drive_link