We’ve had a long comment aside in the Iridium Layer post [1]about whether a Young Earth might be proven if one assumes that all isotopes “age” faster under water at some depth.
Let’s consider some of the repercussions if this were Truth instead of fantasy:
- Nuclear waste would not be a problem. If isotopes with surface half-lives of a billion years (U-238 has a 4.5 billion years half-life) decayed in a couple of hundred days to levels that we read now, the short-lived dangerous isotopes left over after fission would decay to nothing in a day or two at depth.
- Cheap energy: Long-life isotopes that are barely radioactive (like Lead-205 at 15 million years) could be immersed in water to increase their decay rate to give off their energy (as does Cobalt-57, 272 days) and used to run turbines.
- All isotopic dating methods would have to consider the depth and duration of immersion in water, even if we are looking at thousands instead of millions or billions of years.
But, to step back to reality: Why would the relatively level Atlantic ocean floor have isotope dates that consistently range from Now at the mid-Atlantic Ridge through 180 million years old approaching the continental shelf at Florida and Africa if water depth affects aging?
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Also, why would rocks found in some mountain tops date as significantly younger than some at sea level, but still much older than Noah?
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