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Radiometric dating speed of light

Eat one of those and your tummy will curl right up!

Seriously speaking, a favorite attack on radiometric dating involves dangling "horror stories" about gross errors before the reader, thus giving the impression that radiometric dating is totally unreliable.

There is none, forcing the proponents of the theory to toss out the exponential decay which governs nearly every phenomenon in the universe in favor of wild trigonometric functions they found by brute force curve-fitting, without an underlying explanation of "why".

Ultimately, even many creationists have abandoned c-decay.

Woodmorappe (1979), with his collection of some 350 bad radiometric dates, must surely be the master of that technique.

Upon being presented with claims that radiometric dating is totally erroneous, a question naturally arises: If radiometric geochronology is half as bad as Woodmorappe's list suggests, then how in the world did geologists ever arrive at a tight consensus for the official dates?

He proposed that this decline had been exponential in nature, i.e.

Since most nuclear processes are mathematically related to the speed of light, a faster ‘c’ might well mean a faster rate of radioactive decay, thus explaining much of the evidence used to justify the billions of years of geological hypothesizing.

In fact, top-flight creationist researchers involved with the RATE (Radioactive Isotopes and the Age of the Earth) project have found powerful evidence of speeded-up decay in the past (see their book (right). Barry Setterfield collated data of measurements of c spanning a period of about 300 years.

Since the development of electronic digital counters and pulsed lasers, it has been possible to measure the speed of light in the laboratory with extraordinary precision.

Even if the speed of light reached the proximity of its final value decades ago, there would be enough residual decay as the value reached its limit asymptotically for our modern apparatus to detect.


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