You fail to grasp the idea that I understand exactly what you're saying, but that what I am asking for repeatedly is some evidence to support your speculations, speculations that appear contrived on an ad hoc basis simply to preserve the illusion of a 'young' Earth that has no basis in objective reality. For example, if radioisotopes were absent from the geological record 'pre-flood', because there are so many different radioisotopes that decay at different rates, each of those radioisotopes would need to be be present in just the right proportions required that each different type returned the dating metric that we would expect to see if Earth was many orders of magnitude older than 6000 years. I have yet to see you put forward any such evidence or even an attempted explanation of how this might be so. Also, and again for example, the best evidence we have is that terrestrial uranium originated in a supernova explosion and was subsequently incorporated into the material from which the Solar System formed. So you need to provide an explanation of how this uranium came to be incorporated into terrestrial geology post-flood.
So that's no evidence then, we just have to take your unsubstantiated word for it? Can you tell us why we should find this persuasive?
You seem to think I don't understand the hopeful arithmetic underlying your speculation. I do. What I also understand is that you have no evidence to support either the speculation or the arithmetic. As I have pointed out to you before, we have evidence of atmospheric Carbon 14 concentrations that long predate your imaginary global flood some 4500 years ago and this evidence alone invalidates your argument. Let me provide the citation for you again:
'Evidence of past history of C-14 concentration in the atmosphere is now available through the past 22,000 years, using ages of lake sediments in which organic carbon compounds are preserved. Reporting before a 1976 conference on past climates, Professor Minze Stuiver of the University of Washington found that magnetic ages of the lake sediments remained within 500 years of the radiocarbon ages throughout the entire period. He reported that the concentration of C-14 in the atmosphere during that long interval did not vary by more than 10 percent (Stuiver, 1976, p. 835).'
Source:
http://www.talkorigins.org/faqs/hovind/howgood-c14.html
I see no evidence in your link that indicates the average depth of ice layers in the EPICA cores is 1.7 cms, so this figure seems rather like your assertion that the deepest ice core drilled was less than 2 kilometres, that is totally spurious. This reference links to an article with images of ice cores set against a centimetre scale:
http://earthobservatory.nasa.gov/Features/Paleoclimatology_IceCores/
As you can see, many of those layers are considerably less than one centimetre in thickness, so your figure of 1.7 cms lacks any validity at all.
As they don't 'rely on RM dating for correction' either you haven't checked them at all or else you fail to understand the methodologies used:
'The raw radiocarbon dates, in BP years, are calibrated to give calendar dates. Standard calibration curves are available, based on comparison of radiocarbon dates of samples that can be dated independently by other methods such as examination of tree growth rings (dendrochronology), deep ocean sediment cores, lake sediment varves, coral samples, and speleothems (cave deposits).'
Source:
http://en.wikipedia.org/wiki/Radiocarbon_dating#Calibration
In the first place, Gerard De Geer counted varve sequences to 17000 years BP (source: 'Introduction to paleolimnology', C. C. Reeves, p.166). In the second place, this validates your assertion that '...there is not a single dating method that does not use RM dating to measure' how, exactly?
And as I have never claimed any such thing, you are raising this strawman to what purpose?