Four assumptions that underlie radiometric dating methods

Therefore RATE's discovery of ancient C argues strongly against their proposal of accelerated decay, not for it.

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Since, from the eyewitness testimony of God's Word, the billions of years that such vast amounts of radioactive processes would normally suggest had not taken place, it was clear that the assumption of a constant slow decay process was wrong (Wieland 2003).RATE provides a number of examples where the dates provided by various methods fall outside the margin of error for other isotopic methods.From their samples, RATE tries to extrapolate a general discordance across all radiometric dates and offers accelerated decay as an explanation for the discrepancy.The RATE researchers posit that God accelerated alpha decay by weakening the strong force, thereby allowing lower energy alpha particles to escape the nucleus (Chaffin 207; De Young 206). To explain an acceleration of beta decay RATE looked to string theory, which argues that matter is made up of miniscule knots in space-time that are trillions of times smaller than subatomic particles like electrons. String theory connects the state of these invisible dimensions to the Fermi constant, upon which beta decay depends (De Young 209).Carbon-14, postassium-40, and rubidium-87 all decay via the beta process.The third argument for acceleration offered by RATE is that of isotope discordance.

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