Hello Assyrian,
No. I am saying that scientists are flawed human beings. I work in the IT field where computer "scientists" debate standards and create "ojective" standards bodies such as the "open group"(code for Unix vendors losing out to Sun). Much of it is political hacks posing as pure science but there is no separation. What do I even hypothesize? Is it not what I seek and attempt to prove? Its bias from the beginning.
I am not sure computer science is the best model to discuss scientific objectivity. It is not my field, but computer science is like more technology and engineering than physics chemistry of biology. What I mean is, the hard sciences search for a preexisting objective fact, computer science looks for better ways of doing things, but there could be a thousand different ways to do that, all with advantages, disadvantages and compatibility issues that suit one company's products better than another's.
Why do you think that which is truely innovative is opposed even by the scientific community? You can suggest a change in the color of the curtains but do not dare change the foundations.
What is truly innovative in computers may be rejected because it renders all existing systems obsolete, is copyrighted to only one company and destroys other companies' market shares.
The truly innovative in science is resisted because it take an awful lot of evidence to overturn existing science. Every new theory faces the same challenge. Only the really good ones make it. That is not bias, it is how they separate the brilliant from the pseudoscience.
I find correlation coefficients useful. I generated many a Pearson r. Find the valuse and speculate all you want on cause. Taking an aspirin a day is a form of benign gambling. Its perfomance in the field. As I explained, I trust olive oil over magerine because of its solid history. Do I need a scientist in that case? It is those who insist upon cause without evidence that I take issue with.
Trusting olive oil instead of margarine [washmymouth][washmymouth] is gut instinct and educated guesswork, the epidemiology is solid science. But correlations are not observations. If you are going to doubt the calculations of radiometric dating on the basis that the age has not been observed, then you should also distrust unobserved statistics.
The only reason to trust the maths of statistics but not the maths of radiometric dating is what you talked about before, bias. You do not want to accept the science because it contradicts your interpretation of the bible. But the science itself is solid, much more solid than statistical correlations.
Repeating and creating formulas do not imply understanding. Radiometric dating is not repeatable on that scale. I can drink a glass of water. I can repeat that event but not forever. Carbon dating is good for about 40,000 years last I heard even assuming such.
There are plenty of other techniques available too:
www.asa3.org/aSA/resources/Wiens.html
Samarium-147 Neodymium-143 half life: 106 billion years
Rubidium-87 Strontium-87 half life: 48.8 billion
Rhenium-187 Osmium-187 half life: 42 billion
Lutetium-176 Hafnium-176 half life: 38 billion
Thorium-232 Lead-208 half life: 14 billion
Uranium-238 Lead-206 half life: 4.5 billion
Potassium-40 Argon-40 half life: 1.26 billion
Uranium-235 Lead-207 half life: 0.7 billion
Beryllium-10 Boron-10 half life: 1.52 million
Chlorine-36 Argon-36 half life: 300,000
Uranium-234 Thorium-230 half life: 248,000
Thorium-230 Radium-226 half life: 75,400
In 1997 a variation on Potassium Argon called Argon Argon dating was used test the age of pumice from Pompeii. It gave an estimated age of 1,925
±94 years. The pumice from the Vesuvius eruption was actually 1,918 year old. This stuff works.