Both are, however, 'children' of the same parent -- the Zero Point Energy.
Because of this, and because the speed of light is in the numerator of every reduced radio decay rate equation, any changes in the speed of light are indicating changes in atomic decay rates. Importantly, the original short half-life elements were also a contributor and they have gone now.
This then suggests that the majority of the elements were formed at the beginning rather than through a series of supernovae explosions.
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Setterfield: There is a discussion of the effects of radioactive decay and natural ore bodies in Ex Nihilo Technical Journal Vol. The basic fact about Uranium ore bodies is that they need slow neutrons to be captured by the uranium nucleus in order to produce the reaction.
It is for that reason that water was needed at Oklo to slow the neutrons down sufficiently for the ore body to start a chain reaction.
As the reaction would proceed, the water would heat up and vaporize, thereby depriving the neutrons of the moderating influence of liquid water, and the reaction would slow down.
As the water vapor condensed and reformed, the reaction would pick up the pace again.
This didn't last very long on a geological time scale, but the reaction results are very informative. Maurette, "The Oklo Reactor", Annual Reviews of Nuclear and Particle Science, 26,319 (1976) and A.
In particular, because of the way mass and energy are related, they could not have been at variance from our present day observations by any more than one part in ten million; otherwise the natural reactor would not have functioned. I Shylakhter, Nature, 264, 340 (1976) and F Dyson and T Damour, "The Oklo Bound on the time variation of the fine-structure constant revisited", Nuclear Physics, B480 37 (1997) Any significant variation in the relationship between mass and energy - the only variables that determine the speed of light in Einstein's famous e = m c squared - would have to be dated prior to 1.8 billion years ago, based on this witness from God's creation. My reply on those pages was sparked by a question about Oklo and other ore bodies by Bob Gentry.
With high c values, it can be shown that atomic particles moved faster, proportional to c. The high-speed neutrons were not near the uranium nucleii long enough to produce any reaction, just as high-speed neutrons are today.
As essentially all the neutrons were in that category when c was higher, the chance of a reaction was significantly lower.
Interestingly, using these sorts of ratios, one piece of moon rock dated as being 8.2 billion years old, to the amazement of the dating laboratory involved.
As far as stars are concerned, the Th/Nd ratio has been shown to be unchanged no matter what the age of the star is, which leads one to two conclusions.
The conclusion is that neutron induced reactions in ores, though minimal now, would have been even more minimal with higher light speed, so no chain reaction would occur.