No it doesn't.This assumes that time is fixed. It is not.
Quantum principles acknowledge that the "future" or "present" can change the "past".
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No it doesn't.This assumes that time is fixed. It is not.
Quantum principles acknowledge that the "future" or "present" can change the "past".
Check out retrocausality in quantum entanglement experiments such as the delayed choice quantum eraser. Theoretical physicist John Wheeler, collaborator with Niels Bohr and Einstein among others, stated "The quantum principle shows that there is a sense in which what an observer will do in the future defines what happens in the past."No it doesn't.
This assumes that time is fixed. It is not.
Quantum principles acknowledge that the "future" or "present" can change the "past".
Check out retrocausality in quantum entanglement experiments such as the delayed choice quantum eraser. Theoretical physicist John Wheeler, collaborator with Niels Bohr and Einstein among others, stated "The quantum principle shows that there is a sense in which what an observer will do in the future defines what happens in the past."
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That is not the same as changing the past. It has to do with the point of observation by the observer. We can observe gamma-rays being emitted from supernovae hundreds of thousands of light years away and measure the half-lives of those isotopes identifiable in the gamma-ray spectrum. From our observation they are occurring as we see them, in reality those events happened hundreds of thousands of years ago. Thus, the position of the observer.Check out retrocausality in quantum entanglement experiments such as the delayed choice quantum eraser. Theoretical physicist John Wheeler, collaborator with Niels Bohr and Einstein among others, stated "The quantum principle shows that there is a sense in which what an observer will do in the future defines what happens in the past."
Did you research the quantum eraser experiment?That is not the same as changing the past. It has to do with the point of observation by the observer. We can observe gamma-rays being emitted from supernovae hundreds of thousands of light years away and measure the half-lives of those isotopes identifiable in the gamma-ray spectrum. From our observation they are occurring as we see them, in reality those events happened hundreds of thousands of years ago. Thus, the position of the observer.
And many old earth creationists and scientists believe that such high energies and extreme temperatures did occur in the past.In order to change the decay rates of these isotopes, you would need to bombard them with massive amounts of high energy neutrons or extreme temperatures and pressures, conditions that would either end all life on Earth or melt the rocks.
And many old earth creationists and scientists believe that such high energies and extreme temperatures did occur in the past.
Many creationists believe that Genesis 1 is describing the creation of new earth life on an old earth planet following global catastrophes and global extinctions.
And in an electric universe, such high energies and extreme temperatures are expected.
When your machine produces rock dates that do not match the geologic sequence of the fossils, you blame it on natural interference and the dates are discarded as contaminated.
The temperatures don't need to be that high. They just need to be high enough to affect the decay rate.In an electric universe, this would still turn the Earth into molten rock, kill all life, and destroy all fossils.
The temperatures don't need to that high. They just need to be high enough to affect the decay rate.
Evidence for Correlations Between Nuclear Decay Rates and Earth-Sun Distance
That fact that their is a change in decay rates suggests that there could have been an even bigger change in the past without the earth melting.Those findings have not been verified. Even then, they are extremely small changes, not enough to throw dates off by more than 1%.
Rocks are dated through a very complex and precise chemical process (quantitative analysis) with very sensitive instruments used to identify and quantify specific atoms, molecules, or compounds. Furthermore, laboratories that perform these tasks are completely unconcerned with any geologic sequence of fossils. Paleontologist do not do their own dating with little exception. Samples of the strata in which they are working are carefully taken, isolated, and sent of to laboratories that specialize in specific dating techniques. The exception to that would be if the institution at which they are employed happened to have such facilities in which to perform those tasks.When your machine produces rock dates that do not match the geologic sequence of the fossils, you blame it on natural interference and the dates are discarded as contaminated.
That fact that their is a change in decay rates suggests that there could have been an even bigger change in the past without the earth melting.
Changes in decay rates have never been observed. What you are referring to is a long known, observed, and well understood oscillation of a decay rate limited to specific cosmogenic radionuclides with respect to the distance between the earth and the sun during Earth's elliptical orbit. Again, those are annual oscillations, not actual rate changes. They do not affect any radiometric dating method whatsoever.That fact that their is a change in decay rates suggests that there could have been an even bigger change in the past without the earth melting.