adimare
Veteran
Have you sat down and calculated what the chances you speak of are? Sound like you have if you're so sure that they're miniscule. We're not talking about the chance of life appearing on Earth, we're talking about the chance of life appearing on any planet. The current number of stars calculated to exist in the observable Universe is \( 10^{22} \), let me write that down for you, that's 10.000.000.000.000.000.000.000 stars. It's currently believed that most of these stars have at the very least one planet orbiting them. Do you really think that the odds of life are so tiny that we should believe it impossible to occur given these numbers?I honestly believe that it cant have been some cosmic chance that enabled us to exist, to be having this argument. Sure its plausbible that the earth and all the planet and planetoids could have been created 'on accident', but then for one of them to have the conditions required to sustain life would decrese the already miniscule chance. But then for life to actually evolve makes that chance much smaller.
Where are you getting this from? Do you really think that people who have devoted their entire lives to evolutionary related investigation have overlooked something as simple as this?And sure Darwinism can explain some mutations that would enhance an organisms survival ability, but mutation never produces new information, it only depletes it.
it went:
wolf => chihuahua
not
chihuahua => wolf.
Here, http://www.noanswersingenesis.org.au/dawkinschallenge.htm
The 2nd law applies to closed systems. The Earth is obviously not a closed system, the increase of entropy that takes place in the sun as it discharges useful heat towards the Earth more than covers any decrease in entropy that takes place in evolution. Trying to use the 2nd law of thermodynamics to disprove evolution is like trying to use it to prove that it is absolutely impossible to solve a Rubik's cube.Ok now i did a bit more research and i found a scientific law that says exactly what i just did.
Its the Second law of Thermodynamics, or the law of Increased Entropy: (source: http://www.allaboutscience.org/second-law-of-thermodynamics.htm)
"While quantity remains the same (First Law), the quality of matter/energy deteriorates gradually over time."