What about the Radiometric Dating Deviations?

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We keep seeing that evolutionary scientists are locked into their preconceptions and are unwilling to change their frameworks to fit the data. They also insist on their assumptions, including that the decay rate of the radioactive materials used in the measurements is constant. Although there is abundant evidence for a young Earth, such data are discarded as "wrong" because they do not fit. People believe the stories that the age of the Earth is "proved" by radiometric dating, but are unaware that the dating methods disagree. In fact, they disagree a great deal. And yet, it appears that many of the scientists are comfortable with the conflicting data. Even when the age of rocks are actually known, radiometric dating is amazingly inaccurate. How weird is that?

When it comes to measuring the ages of things, we are told that there are a dozen different radioactive dating methods and that they all give the same answer. Do they?

Fossil wood from a quarry near the town of Banbury, England, some 80 miles north-west of London, was dated using the carbon-14 method. The ages calculated ranged from 20.7 to 28.8 thousand years old. However, the limestone in which the wood was found was of Jurassic age, of 183 million years. Clearly the dating methods are in conflict.

Surprisingly, these conflicting results do not unsettle mainstream geologists.

Diamonds analyzed from mines in South Africa and Botswana, and from alluvial deposits in Guinea, West Africa, found measurable carbon-14—over ten times the detection limit of the laboratory equipment. The average ‘age’ calculated for the samples was 55,700 years. Yet the rocks that contained the diamonds ranged from 1,000 to 3,000 million years old. Dating methods are in conflict again.

You can read the rest of "Radioactive dating methods —

Ways they make conflicting results tell the same story", here.