TNRTB Archive – Retained for reference information
Observations of local stars confirm standard models of galaxy formation and reaffirm the antiquity of the universe. The thickness of the gas disc in the Milky Way Galaxy (MWG) decreases over time. Early stars, formed when the disc was young and thick, typically date around 12 billion years. In contrast, stars that formed when the disc was thinner date around 8 billion years. Additionally, the chemical composition of the stars change as the disc thins. Astronomers found stars that should date between the two populations, based on their composition. These intermediate stars were recently dated at 10 billion years—precisely the date expected based on their chemical composition. These results further buttress RTB’s cosmic creation model while providing additional evidence against a 6,000-10,000-year-old cosmos.
Jan Bernkopf and Klaus Fuhrmann, “Local Subgiants and Time-scales of Disc Formation,” Monthly Notices of the Royal Astronomical Society 369 (2006): 673-76.
In his film Patterns of Evidence: The Exodus, documentary filmmaker Timothy Mahoney recreates his search for the historical truth behind the Jews’ exodus from...
