Radiocarbon dating wrong
A form of radiometric dating used to determine the age of organic remains in ancient objects, such as archaeological specimens, on the basis of the half-life of carbon-14 and a comparison between the ratio of carbon-12 to carbon-14 in a sample of the remains to the known ratio in living organisms. A technique for measuring the age of organic remains based on the rate of decay of carbon 14.
The carbon 14 present in an organism at the time of its death decays at a steady rate, and so the age of the remains can be calculated from the amount of carbon 14 that is left. The cells of all living things contain carbon atoms that they take in from their environment.
Carbon 14 is continually being created in the Earth's atmosphere by the interaction of nitrogen and gamma rays from outer space.
Since atmospheric carbon 14 arises at about the same rate that the atom decays, the Earth's levels of carbon 14 have remained constant.
Compare this with Abstract.pdf, which does include presentation 5.
Notice the titles of 4 and 6 correspond in both lists, which in the opinion of some, hints strongly that the list with number 5 present was an original list." href="#footnote5_n4k6ioa"Why is the information presented in the paper important?
Long before this site existed, many millions searched on the word “creation”.
After death, the animal no longer takes in any carbon-14 (nor any other kind of carbon).Also, this assumes that no natural process is depositing extra carbon-14 in the animal’s remains.Assuming no intrusion of carbon-14 from external sources, the existing amount of carbon-14 resident in the animal’s remains will decay, assuming the current known decay rate.If the accepted ages of millions of years for dinosaurs were to be found to be in error, this would be a problem to evolution.The dinosaur dates reported below and discussed in the AOGS 2012 paper discussed throughout this article, included triceratops, hadrosaur, allosaurus, and acrocanthasaurs.