They have called it "The Radiocarbon Revolution" amongst archaeologists.This proven dating technique has been of extreme value to anthropologists, scientists, and archaeologists.
We have certainly been to a Natural History museum and saw exhibits of dinosaur or mammoth skeletons weather they are real or replicas.
We might have seen displays of how our pre-historic ancestors looked like, and every display would indicate in the information box the date they were alive.
Any addition of carbon to a sample would change the results of the measured date dramatically.
Archaeologists must use specific tools and follow a meticulous sampling methodology to keep their samples pure.
Before that, most of the dates were estimated, based on information found in ancient books or what was deciphered on hieroglyphics.
However, there was no scientific method to be certain.Radiocarbon dating method development has made a serious impact on archaeology and universal history.It has allowed a more accurate dating of archaeological sites than previous methods, and it has also allowed comparing dates of events across great distances.If these newly created energetic neutrons encountered a nitrogen-14 atom (seven protons, seven neutrons), it would turn into a carbon-14 atom (six protons, eight neutrons) and a hydrogen atom (one proton, zero neutrons).When these carbon-14 atoms are combined with oxygen, they form carbon dioxide, which plants absorb naturally and incorporate into plant fibers by photosynthesis.But have you ever wonder how scientists can tell how old they are?