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Regarding the fast moving Muons - Conclusions that disagree with Relativity

Authors :
Misios Asterios
Publication Year :
2023
Publisher :
Zenodo, 2023.

Abstract

Most scientists believe there are a lot of proofs that the special theory of relativity is correct. According to them, one of the proofs is the dilation of time on the fast moving muons that are produced by cosmic rays in the atmosphere of the Earth. On this paper, I will show that the idea that there is dilation of time on the fast moving muons that are produced in the atmosphere of the Earth, is wrong!!! In fact, the whole approach to this subject by the scientific community is wrong! Regarding the motion of the muons that are moving towards the humans on the Earth, what we have is not just motion of the muons on the reference frame of the humans! Instead, what we also have is motion of the humans on the reference frame of the muons, meaning that we have two reference frames in relative motion with each other, and of course we must say that there is no preferred reference frame! The muons, regarding themselves as stationary!!! For the muons, the humans(and the Earth) are the ones that are on the move! But as you will see, if we apply the way of thinking of the scientific community, there is no reciprocity regarding time and length! The time and the distance on the one reference frame are smaller than the other! Why this is happening since there is no preferred reference frame? Why is not happening the opposite? Something is wrong in the way that the scientific community interprets the findings!!!<br />I have created this version because on the PDF file that I uploaded at the first attempt(version), when someone is trying to read the PDF on the ZENODO site, some lines on the images are not visible. So, I made some changes on the images and I upload again the same PDF hoping that the problem is fixed. When someone downloads the PDF files from both versions and reads the PDF on its computer the images are fine.

Details

Database :
OpenAIRE
Accession number :
edsair.doi.dedup.....315e48bfa83459ffcb4bf747107ad17b
Full Text :
https://doi.org/10.5281/zenodo.8080035