RADIOMETRIC DATING | 6000 OR BILLIONS OF YEARS

Radiometric dating definition: (also called radioactive dating or radioisotope dating) The process of determining the age of rocks from the decay of their radioactive elements.

Key observations that compel us to reject the millions-of-years:
— Rocks of known age always show vastly inflated radioisotope “ages.”
— Various radioisotope methods or even various attempts using the same method yield discordant ages more often than concordant ages.
— Many dating methods that don’t involve radioisotopes—such as helium diffusion, erosion, magnetic field decay, and original tissue fossils—conflict with radioisotope ages by showing much younger apparent ages.

Fluctuations Show Radioisotope Decay Is Unreliable:
A discovery at Brookhaven National Laboratories that revealed a statistical correlation between the distance to the sun and fluctuations in the decay rate of a radioactive silicon isotope. The data showed that silicon-32 decayed more slowly in the summer, and then sped up during the winter.

Radioactive Decay Rates Not Stable:
Cavitation caused radioactive thorium decay to accelerate by a factor of 10,000 times during a 90-minute experiment. Cavitation can occur when water flows so fast that vapor bubbles are produced.

The Sun Alters Radioactive Decay Rates:
Peter Sturrock, a Stanford physicist and expert on the sun’s core, found that every 33 days, when that part of the solar core faces earth, there is a corresponding change in the decay rate of radioactive materials.

Can Radioisotope Dating Be Trusted?:
Assumption One: The radioisotope decay rates have been constant throughout the past. Assumption Two: No parent or daughter material has been added to or taken from the specimen. Assumption Three: No daughter material was present at the start.

Investigating Polonium Radiohalo Occurrences:
Because of the fleeting existence of the 218Po and 214Po isotopes in particular (with half-lives of 3 minutes and 164 micro-seconds respectively), radiohalos produced exclusively from these isotopes present when the host granitic rocks formed imply that those rocks had to form virtually instantaneously (created),2 whereas conventional geology maintains granitic rocks crystallized and cooled over millions of years.

Radiohalos: Nature’s Tiny Mysteries: [JUNE 2018]
The biblical narrative best explains the radiohalos we see.

MORE COMING SOON

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