athanatos
Puritan Board Freshman
So, how are we to understand the age of the earth? According to our measurements, there are thousands, millions, of stars over a million light-years away. By definition, that means that it has taken the light of those distant stars over a million years to reach us. YEC could say that the world was created as "aged", that the measurement of distance yields such results because it was created in such a way that the state of the universe appears this way.
Now, I don't mind the idea of the light created as en route per se; i.e. that the light did not take that duration to arrive, but rather that there exists a stream of photons between us and the star.
The only issue is that it throws all observation of those stars into skepticism, because the collection of photons emitted/refracted represent not just the existence of stars but also what they were like at the event of departure. This means that if the stream of photons was created as en route, then the light observed does not genuinely represent any actual event that took place.
Restated: whatever we observe doesn't depict a real past event in the way that the cloud patterns on Jupiter do.
We have various methods of measuring the distance of stars, each supposedly for different ranges of distance. Cosmic distance ladder - Wikipedia, the free encyclopedia So, are our measurements wrong? that the stars are much, much closer? Or what wrong assumptions are influencing this?
Now, I don't mind the idea of the light created as en route per se; i.e. that the light did not take that duration to arrive, but rather that there exists a stream of photons between us and the star.
The only issue is that it throws all observation of those stars into skepticism, because the collection of photons emitted/refracted represent not just the existence of stars but also what they were like at the event of departure. This means that if the stream of photons was created as en route, then the light observed does not genuinely represent any actual event that took place.
Restated: whatever we observe doesn't depict a real past event in the way that the cloud patterns on Jupiter do.
We have various methods of measuring the distance of stars, each supposedly for different ranges of distance. Cosmic distance ladder - Wikipedia, the free encyclopedia So, are our measurements wrong? that the stars are much, much closer? Or what wrong assumptions are influencing this?