Sorry, it is intrinsic C14.
And how would anyone know how a particular atom of C14 came to be in a given sample?Sorry, it is intrinsic C14.
So it's good for dating some organic material, and not others, how conveeeeeenient.
What about all of the other non-c14 methods in use as described in the article I posted?The AMS method is good to 90k years, but there aren't any samples that old, that's the point, which you missed, or are feigning to not have seen.
The AMS method is good to 90k years, but there aren't any samples that old, that's the point, which you missed, or are feigning to not have seen.
C14 dates by the accelerator mass spectrometer (AMS) method show the ages of coal, oil, and diamonds to usually be in the 40k year range, and they can't get any results in the 40k to 90k range, which is what the method was designed to achieve, so what's up with that?
If those deposits are actually millions of years old, there should be only C14 from contamination, but the researchers have ruled that out, "intrinsic C14" are what they are dealing with, after many procedures performed on the sample to make sure it's intrinsic C14 which they are measuring.
Nuclear Instruments and Methods in Physics Research B have published many articles about this "problem,"
see also: Giem, P., Carbon-14 content of fossil carbon, Origins, 51, 6-30, 2001.
"Most likely because of de novo deposition," most likely, that's the best you can do? Well "most likely" you're wrong, as the AMS scientists bent over backwards to eliminate "de novo" depositions, and after that, they measured the intrinsic C14, which shows that the coal was deposited only thousands of years ago, how embarrassing for nutters such as the skin nutter.