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This title is printed to order. This book may have been self-published. If so, we cannot guarantee the quality of the content. In the main most books will have gone through the editing process however some may not. We therefore suggest that you be aware of this before ordering this book. If in doubt check either the author or publisher’s details as we are unable to accept any returns unless they are faulty. Please contact us if you have any questions.
Stora Smallen-teorin ar den radande teorin om universums ursprung och dess utveckling. Den har utvecklats under hela foera seklet. Dess huvudargument ar den sa kallad galaxernas flykt. Spektralanalysen av ljuset fran galaxer visar att absorptionslinjerna ar foerskjutna till den roeda delen av spektrumet. Utifran dopplereffekten tolkar man detta som att alla galaxer avlagsnar sig fran observatoeren. Man menar att foer i tiden var galaxer narmare varandra. Om man gar annu langre bakat i tiden innebar detta att hela universum var komprimerat i en punkt som exploderade. Dar har vi stora Smallen. Foerfattaren visar genom analys av befintliga data och matningar att dessa inte stammer med Stora Smallens slutsatser. Foerfattarbiografi Jan Slowak ar foedd i Transsylvanien, Rumanien. Han har studerat matematik och data vid universitet Babes-Bolyai i Cluj-Napoca, huvudort i Transsylvanien. Jan ar bosatt sedan 1988 i Sverige. Summary of the book Big Bang theory is the prevailing theory about the origin of the universe and its evolution. It has evolved throughout the last century. Its main argument is the so-called galactic escape. The spectral analysis of light from galaxies shows that the absorption is shifted to the red part of the spectrum. Based on the Doppler effect man interpret this to mean that all galaxies recede from the observer. It is said that for a time was the galaxies closer together. If one goes further back in time, this means that the entire universe was compressed into a point that exploded. There we have the Big Bang. The author shows through analysis of existing data and measurements that these do not match with Big Bang conclusions.
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This title is printed to order. This book may have been self-published. If so, we cannot guarantee the quality of the content. In the main most books will have gone through the editing process however some may not. We therefore suggest that you be aware of this before ordering this book. If in doubt check either the author or publisher’s details as we are unable to accept any returns unless they are faulty. Please contact us if you have any questions.
Stora Smallen-teorin ar den radande teorin om universums ursprung och dess utveckling. Den har utvecklats under hela foera seklet. Dess huvudargument ar den sa kallad galaxernas flykt. Spektralanalysen av ljuset fran galaxer visar att absorptionslinjerna ar foerskjutna till den roeda delen av spektrumet. Utifran dopplereffekten tolkar man detta som att alla galaxer avlagsnar sig fran observatoeren. Man menar att foer i tiden var galaxer narmare varandra. Om man gar annu langre bakat i tiden innebar detta att hela universum var komprimerat i en punkt som exploderade. Dar har vi stora Smallen. Foerfattaren visar genom analys av befintliga data och matningar att dessa inte stammer med Stora Smallens slutsatser. Foerfattarbiografi Jan Slowak ar foedd i Transsylvanien, Rumanien. Han har studerat matematik och data vid universitet Babes-Bolyai i Cluj-Napoca, huvudort i Transsylvanien. Jan ar bosatt sedan 1988 i Sverige. Summary of the book Big Bang theory is the prevailing theory about the origin of the universe and its evolution. It has evolved throughout the last century. Its main argument is the so-called galactic escape. The spectral analysis of light from galaxies shows that the absorption is shifted to the red part of the spectrum. Based on the Doppler effect man interpret this to mean that all galaxies recede from the observer. It is said that for a time was the galaxies closer together. If one goes further back in time, this means that the entire universe was compressed into a point that exploded. There we have the Big Bang. The author shows through analysis of existing data and measurements that these do not match with Big Bang conclusions.