Big Bang to Humankind - Astronomy 1

Note moyenne 
Mwaka flavien Phanzu - Big Bang to Humankind - Astronomy 1.
The Volume I of this book revealing the sphere of the Pre-Big Bang and its structures was published in the collection "verses of scholars" under the title... Lire la suite
17,90 € Neuf
Définitivement indisponible
En magasin

Résumé

The Volume I of this book revealing the sphere of the Pre-Big Bang and its structures was published in the collection "verses of scholars" under the title "Cosmology according to biblical and ancient models". From "Big-bang to Humankind" of volume III in Astrotheology constitutes the continuity. If the greatest discovery of the last century in cosmology was "The Big Bang" on which all indisputable evidence converges, 100 years later, the greatest revelation is that this phenomenon is also biblical.
The author of the book ; Amateur astronomer, Independent writer and Researcher, is the first to have completely restored the biblical creation scheme in its true context, demonstrating that it is the most complete scheme of which science has not yet discovered all the mysteries. The restitution of this scheme brings a new invention in cosmology, namely "The Universal Cosmological Model". It is now up to science to take hold of it and to enlarge it.
At the end of the book, a demonstration of Astrotheology on ancient Chinese and Western philosophies shows that the models of the Universe have always been often consistent, even in cosmogony, for the informed reader. With a language easy to understand, this book is for everyone. .

Caractéristiques

  • Date de parution
    23/12/2021
  • Editeur
  • Collection
  • ISBN
    979-10-262-9995-0
  • EAN
    9791026299950
  • Présentation
    Broché
  • Nb. de pages
    289 pages
  • Poids
    0.34 Kg
  • Dimensions
    14,0 cm × 21,6 cm × 0,0 cm

Avis libraires et clients

Avis audio

Écoutez ce qu'en disent nos libraires !

Souvent acheté ensemble

Vous aimerez aussi

Derniers produits consultés

Big Bang to Humankind - Astronomy 1 est également présent dans les rayons