I will agree. I love methane and ethane.
But I really struggle with life being created from inanimate matter. It seems a stretch that throwing long chains of organic matter in a soup would produce life capable of replicating itself. Too many folding instructions to be able to randomly produce the sequence that creates self replicating life. Unless of course this was a natural disposition of inanimate matter which doesn't seem to be the case. Enlighten me please. I am always open to learning new things.
Well ... there's your first step in abiogenesis ... CH
4 + CH
4 --> C
2H
6 + H
2 ... ethane is stable in the absence of O
2 ... and in our cosmic time scale, this reaction will occur about as close to instantaneously as to make no difference ... now include NH
3 in our mix and permute away ... in an extremely short time period, say 10,000 years, our oceans are going to be full of glycine and a myriad of other organic molecules ... string them carbon atoms out, plenty of oxygen, nitrogen, sulfur, phosphorus, potassium, hydrogen and all the other elements required for life to make an amazing variety of chemicals ... plus we have huge amounts of reduced iron that quickly eats up any loose O
2 ... the only restriction seems to be having an abundance of water in it's liquid state ...
These permutations continue increasing the variety exponentially ... eventually, we'll be forming enzymes ... that's when this statistical trickery ends and we've set in stone the production of the catalyzed products ... forevermore ... building block upon building block until inevitably we build simple cellular life ... yes, this takes time, a lot of time ... but time is something we have in excess ... millions of years is
nothing compared to the age of the Earth ...
It doesn't matter how small the odds are of forming an enzyme in any given year ... the odds of forming
just one enzyme approaches certainty given enough years ... once the enzyme forms, it never goes away filling the world's oceans with it's product in short order ... thus the basic assumption of evolution:
once is enough ...