Doveaman, it gets pretty silly when you keep repeating the same arguments over and over despite the fact that they've been refuted many times over on this forum.
So here are the observations:
1)_The decay rates have been observed to fluctuate on multiple occasions, even over a period of a year, and they do not always correlate. This indicates that the dating methods used to determine past ages are not consistently accurate.
Multiple methods may not always correlate, but the percentage is pretty close to 100%. And all of the cases that don't correlate can be explained without invoking changing decay rates, using observed scientific phenomena.
As for decay rate fluctuations, there are several problems with using that as a counter to radiometric dating.
1) It was observed only in isotopes with very short half lives, which are typically used as medical tracers. None of the isotopes with observed fluctuations are used in radiometric dating.
2) They were fluctuations, not changes. In other words, the decay rate would go up, then down, then back up again, and so on. Over a long period of time, this averages out and has zero effect on the overall decay rate.
3) The fluctuations were so small that, were they observed in longer-lived isotopes used for radiometric dating, the changes from the current dates would be less than the margin of error (i.e. not scientifically significant).
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_[/FONT]Multiple layers of sediment have been demonstrated to be laid down simultaneously, and fossilized trees have been found embedded upright in multiple layers of sediment. This indicates that multiple layers of sediment can be laid down instantaneously and that the fossils found in the geological column are not necessarily ordered in any way, but disordered.
Read
this thread for a highly in-depth discussion of polystrate fossils. Several geologists (myself included) explained in that thread how they can form.
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Scientists completely ignore historical accounts of past events (including the Biblical account), preferring to rely heavily on speculations and assumptions about the past, rather than on the eyewitness reports of those who actually lived in the past and saw those events.
Historical sources are not ignored. However, it is recognized that eyewitness accounts are not reliable, so they must be corroborated before they can be accepted as evidence of anything. If a source can't be corroborated, then it isn't used.
Now here are the conclusions:
[FONT="]1)_[/FONT]There are scientific theories that lead to the production of useful consumer products such as medicine, technology, etc. Such theories are welcomed and appreciated.
[FONT="]2)_[/FONT]There are scientific theories that rely heavily on pure speculations and assumptions about past events, and on metaphysics and mathemagic to create make-believe stories about present events. Such theories can take a hike.
This sounds a lot like "Wah, math is hard! If I don't understand it and it doesn't have a tangible benefit for me, it must be made up!" Which is a load of baloney and you know it.