It is a theoretical construct, not a scientific theory. "Theoretical"
as in hypothetical. Someone proposed 3 essential ingredients to have
self replicating lifeforms, but it has yet to be demonstrated that the
hypothetical construct means much in terms of how life began. Some
think that it is a place to start, but they have yet to demonstrate that
it is the correct place to start. No one claims to have a scientific
theory as to how life began, so you can consider it to be science in
progress as people play with it to see if it amounts to anything. It is
not as advanced as something like string theory that isn't yet a
scientific theory either.
It is where the ID perps should be with IDiocy, but the ID perps figured
out that they never wanted to verify their hypothetical constructs, they
only needed something for the rubes to lie to themselves about. Just
think that the last thing that the majority of IDiots want to see is
Behe verifying that his designer fiddled with bacterial proteins over a
billion years ago, and Behe can tell them what the starting proteins
were like and how the designer changed the existing proteins with Behes
desired 3 neutral mutations, so that they could produce a new function
and work in the flagellum. The majority of IDiots are YEC and
anit-evolution. They do not want to know how the designer evolved the
flagellum over a billion years ago, from preexisting parts.
At this time Chemoton is speculation.
My speculation is that it isn't the correct place to start. The first
self replicating molecules were likely not doing it inside a lipid
bilayer. They could have been attached to some type of catalytic
mineral surface or in fine sediments with the needed minerals in the
sedimentary sludge. My guess is that lipids were one of the alternative
chemical reactions that self replicators started to do. The early self
replicators wouldn't have just self replicated, but like existing
protein or RNA strands they themselves would have other catalytic
functions. Once you got a self replicating molecule that made lipids,
lipids would increase in concentration around these self replicators and
would eventually form the lipid bilayer bubbles. This could allow the
lipid making self replicators to escape the mineral surface or fine
sedimentary sludge and have better access to materials it needed to self
replicate. It would be making more of itself and more lipids, as you
know these lipid membranes are unstable and will break apart and form
more lipid bubbles with the self replicators in them.
If the self replication is not perfect, more self replicators will
evolve and they will have other catalytic properties.
Ron Okimoto