R
rossum
Guest
Both Shannon and Kolmogorov informaiton can be measured. Obviously you are using a different measure. You will have to give us an objective way to measure this ‘rom-information’.Unfortunately, although nucleotide sequences can be measured, the genetic information they contain is not susceptible to the same kind of measurement.
So, none of your posts contain any new information because all the words you use already exist in the dictionary, you are merely copying words that are already present.On the other hand, if a new pair of wings suddenly appears in an organism that already has wings, such as the fruit fly Drosophila, then we can’t say that new genetic information is gained because the fruit fly already has that information.
Duplication can give new information. One of the ways weeds resist the Roundup herbicide is duplication of the gene for the protein that Roundup blocks. Some plants have over 100 copies of that specific gene, so even after being dosed with Roundup the plant survives because it is producing so much more of that protein.
False. The Marbled crayfish has new information, it can reproduce parthenogenically, which its ancestor species cannot do. That is an observed example of a new function not previously present.The bad news for evolutionists is that no evidence of new genetic information is being detected in all the evidences that they have so far gathered.
And beside that, there are many examples of gain in Shannon and Kolmogorov information. I await your published results on ‘rom-information’ loss and gain.
Science already has well established measures of information. If you want to introduce a new measure, then you have a lot of work to do to produce an objective and workable definition.
rossum