Considering you don't care for statistical rigor and don't even care to know what makes for statistical meaning and then pretend that you haven't made up your mind, why should we even read the alleged papers that you link to?
You show no understanding of science and just want us to see your pet rabbit.
It is cute and fuzzy, but still a rabbit!
Yup your first article is a bunny albeit one with some fancy titles.
http://www.gao.spb.ru/english/astrometr/abduss_nkj_2009.pdf
Please note that the only metric data we have on TSI is from ~1950 onwards and so any inferences from past measure of sunspots and the relationship to TSI is exactly that, an inference.
Then there is the fact that the chart in Fig 1 shows that cute little downward trend in TSI, well guess what Haig, this is the part you ignore and so I will ask you directly:
1. Why does the NASA data on average surface temperatures and extremes not show the exact same trend? (Over the last thirty years, the surface temps have been rising, if you want I can link you to the NASA data, not the IPCC)
Fig 6 is a freaking joke, for the last fifteen years the extent of the Artic ice has been decreasing, so let us suddenly pretend that it hasn't by showing just one year.
2. Haig do you really think that means something.
Then there is this gem:
This is based all upon what?
Extrapolated data, because it is directly contradicted by Fig 1-2, seriously Haig, this is not a very sound basis for claiming "The most significant solar event"
Concerning Fig. 3
Now this is where the rubber meets the road and you will ignore the important issues of statistical rigor and meaning, you have already chosen to accept this interpretation and ignore the statistics, we have two things we have a chart that shows 'watts per square meter' and is extrapolated back to the 1600s. based upon what?
3. What is that figure 'watts per meter' based upon Haig?
It is certainly not a measured value until ~1950, so it is what ? A guess.
Then there is the chart at the bottom of Fig 3, what does it show?
It shows only
one cycle that is any higher than the others!
Cycle 19 is
one cycle, the rest of them are all within the range of the others! Is this really the 'most significant solar event of the 20th century', really, one cycle is the basis for that statement?
And this is where the statistics matter Haig:
In that chart we have a total sample of 23 cycles, and I am not sure of the observation reliability of the early ones, I think it is probably good but I am not sure.
23 samples Haig, of which we don't know more?
4. So what inferences can we draw from 23 samples?
Seriously, that is what we have, we can come up with a mean for the highs, the mean for the lows and the overall mean, but then the only decent (an not really even then) standard deviation we can get if for the overall cycles. We can't really get any sort of standard deviation at all, we don't have enough data!
I will derive the means and the standard deviation later, but seriously Haig, all we have is one cycle , cycle 19 that is notably higher than the others.