E
Edgar
Guest
A scientific law that says living organisms “are not static entities” - that’s so funny!
The Second Law of Thermodynamics says so. Living organisms rely on an energy flow to counter entropy. An energy flow is not static. When the energy flow stops the organism dies and entropy takes over.A scientific law that says living organisms “are not static entities” - that’s so funny!
Durnnit, you should have made him look it up…Edgar:![]()
The Second Law of Thermodynamics says so. Living organisms rely on an energy flow to counter entropy. An energy flow is not static. When the energy flow stops the organism dies and entropy takes over.A scientific law that says living organisms “are not static entities” - that’s so funny!
Circular…My example was the evolution of a new species of crayfish. A new species. The evolution of a new species is, by definition, macroevolution.
And the latest science shows the cell can actually change the gene all by itself when needed, by design.There are many known examples of one-gene natural selection:
Definitions are circular. Just look at an English dictionary. All the definitions are written in… English.Circular…
This macro-evolution is actually devolution. The change arrow is degradation.macroevolution does not happen.
How do they counter genetic entropy?Living organisms rely on an energy flow to counter entropy.
I’m not sure how more clearly the inability of modern science to describe life can be repeated.Over and over again some of us have asked for scientific evidence for this supposed magical wall that prevents evolution from going into macro-evolution, and over and over again no evidence is put forth, and yet some keep on insisting it’s there somewhere.
That is not the same as an entire breeding population changing the number of chromosomes. Being born with a different number of chromosomes is usually fatal and, as far as I know, incompatible with reproductive success.And the latest science shows the cell can actually change the gene all by itself when needed, by design.
I looked up constants:you should have made him look it up…
By overproducing offspring and letting natural selection remove the less fit, which will tend to be the ones with higher genetic entropy on average. A fish may lay 10,000 eggs of which on average 2 will survive. That can remove a lot of entropy.How do they counter genetic entropy?
If someone said that then they said it incorrectly. Overall entropy always increases. It can decrease locally, but always at a cost of a greater increase elsewhere. A fridge decreases entropy by cooling its contents, but at a cost of increasing entropy in the room as it pumps the heat away.Entropy can be said to be a property or constant that fills the entire universe.
Entropy is not a constant. It is in fact a variable. There is no excuse for you repeating the mistake. Google is your friend.Entropy can be said to be a property or constant that fills the entire universe.
How are we getting on with the answer to that question? You know, about how we determine which theory is better than another? I’m really keen to know your position on this.rossum:![]()
How do they counter genetic entropy?Living organisms rely on an energy flow to counter entropy.