Carbon dating application in archeology

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Firstly, Dr Libby assumed that C14 decays at a constant rate.

However, experimental evidence indicates that C14 decay is slowing down and that millennia ago it decayed much faster than is observed today.

As plants enter the human and animal food chains the C14 dioxide enters their living tissue.

As with any radioactive particle it decays over time. Libby in 1948 at the University of Chicago, showed that C14, tested in his laboratory, decayed at the rate that, projected out, would cause half of its weight to be lost in 5568 years.

There are three forms of carbon that naturally occur forming the building blocks of all plant and animal life.

One sample came from 885-993 AD, another from 680-779, and the most shocking from 224-383 AD.

Knowing the limitations of this dating method can help avoid colossal archaeological misinterpretations that would otherwise distort history.

Radiocarbon or C14 dating employs complex systems of measuring the unstable isotopes in once living matter.

It are these exercises where the zeros, which are used as place holders and found as solid dots, are located .

It is a shame that there is no context recorded of the site where the manuscript was discovered and perhaps more artifacts are waiting to be found. The University of Oxford Radiocarbon Accelerator Unit.

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