You mean other than the fossil record that shows otherwise...
Guy, I usually don't go down the rabbit hole with people who deny science, because it's not worth the time...
The fossil record doesn't show otherwise. We can do radiocarbon dating on dinosaur fossils. If they were 65 million years old, then there would be no C-14 left to measure.
You don't even understand your own fake science claims haha.
How Do Scientists Determine the Age of Dinosaur Bones?
It is interesting to me that you cannot explain what you are trying to say in your own words. Thus, I can freely explain my pov from the article you linked.
"The half-life of carbon-14 is only 5,730 years, so carbon-14 dating is only effective on samples that are less than 50,000 years old."
Yep, that's what I said when there would be no C-14 left to measure. C-14 decays rather quickly, so there would not be any remaining.
However, one can still do C-14 dating on all the dino fossils. This is a direct measurement of the fossils and not the layer of rock it was found in. It means that the fossils are not millions of years old. We find they are less than 50,000 years old. This is also backed up by the soft tissue and blood cells found inside.
Then the article says to use radiometric dating instead. It is used to date the sedimentary rock layers. However, the sedimentary rock does not contain the radioactive isotopes, so one has to use the igneous rock layers to mark the layers that can be measure. They say the igneous layers mark off the sedimentary layers beautifully.
What they are basically saying is to date the rocks in order to date the fossils. We do not even date the actual rock that the fossils were found in. They are twice removed.
Many people are flabbergasted when they find that fossils cannot be directly dated using radiometric dating.
"Each of them typically exists in
igneous rock, or rock made from cooled magma. Fossils, however, form in
sedimentary rock -- sediment quickly covers a dinosaur's body, and the sediment and the bones gradually turn into rock. But this sediment doesn't typically include the necessary isotopes in measurable amounts. Fossils can't form in the igneous rock that usually does contain the isotopes. The extreme temperatures of the magma would just destroy the bones."
That said, dating these igneous rock layers in order to date the fossils give a wide range of measurements. They can be off by millions of years due to contamination. Thus, in order to ensure that the measurement of the rock was correct, they use past samples taken of fossils found in these layers and say that is the correct measurement. In reality, none of the measurements could be correct. One should take all of the measurements as valid or none since we have a wide range of values.
Therefore, in order to verify the date the rocks, they say to date the fossils. This is circular reasoning and is a fallacy. They only take the range that fits their preconceived notions. These scientists even did the same with moon rocks. The moon rocks gave a wide variety of dates, so they only accepted the ones that fit the preconceived notion of the Earth rocks. They assumed the Earth and moon formed around the same time and only accepted measurements that fit their assumed range.
There is really no way to directly determine the age of the rock except for radiocarbon dating and one can do it because there is still C14 left in coal deposits and diamonds. It gives relatively consistent results. OTOH, radiometric dating has to fit in with preconceived results of else it is wrong.
The other assumption is the sedimentary layers took hundreds of millions of years to form because of ToE. One can't have evolution without long time. However, we notice the same sedimentary layers formed from the Mt. St. Helens volcano. We know they are only tens of years old. Doing radiometric dating on its layers using the above technique gave around 350,000 years old.
The bottom line to all this for radiometric dating is if you want credibility for the measurements, then take all of the measurements or take none. Don't just pick and choose those that fit your theory.