Most Distant Rotating Disk Galaxy Challenges Secular Models
Big Bang astronomers assume that light from a galaxy billions of light-years away requires billions of years to reach us. While this may seem reasonable, creation scientists question this assumption. By Big Bang reckoning, this means that we are seeing these distant objects, not as they are now, but as they were billions of years ago. Therefore Big Bang astronomers expect these distant galaxies to be “immature,” not having time to “evolve.” However, they have repeatedly been surprised by distant galaxies that are more “mature” than expected by Big Bang reckoning. As reported by the ALMA press release,
Or perhaps it illustrates that something is wrong with secular ideas about galaxy formation. Or that something is wrong with the assumption that distant light takes billions of years to reach us. Or perhaps both.
Big Bang astronomers assume that light from a galaxy billions of light-years away requires billions of years to reach us. While this may seem reasonable, creation scientists question this assumption. By Big Bang reckoning, this means that we are seeing these distant objects, not as they are now, but as they were billions of years ago. Therefore Big Bang astronomers expect these distant galaxies to be “immature,” not having time to “evolve.” However, they have repeatedly been surprised by distant galaxies that are more “mature” than expected by Big Bang reckoning. As reported by the ALMA press release,
In most galaxy formation scenarios, galaxies only start to show a well-formed disk around 6 billion years after the Big Bang. The fact that the astronomers found such a disk galaxy when the Universe was only ten percent of its current age, indicates that other growth processes must have dominated.
Or perhaps it illustrates that something is wrong with secular ideas about galaxy formation. Or that something is wrong with the assumption that distant light takes billions of years to reach us. Or perhaps both.
