In fact, I posted the link to the first page you gave on March 6th on Facebook. So I was well aware of entropy challenge before posting here. There are many experiments and testings ahead, many problems to be solved, both physical as well as logical, like: if laws of thermodynamics favor life, then why is there death? Death should not be favored by the laws of nature, etc.
That's rather simple, natural selection "improves the breed." Without death there is no selection. The improved organism will usually outcompete the unimproved one and in time replace it. There are cases were plants are almost immortal, clonal organisms like the Quaking Aspen (
Populus tremuloides) that form the largest and heaviest organisms on the planet. From wiki:
All of the aspens typically grow in large clonal colonies, derived from a single seedling, and spread by means of root suckers; new stems in the colony may appear at up to 30–40 m (98–131 ft) from the parent tree. Each individual tree can live for 40–150 years above ground, but the root system of the colony is long-lived. In some cases, this is for thousands of years, sending up new trunks as the older trunks die off above ground. For this reason, it is considered to be an indicator of ancient woodlands. One such colony in Utah, given the nickname of "Pando", is estimated to be 80,000 years old,[2] making it possibly the oldest living colony of aspens. Some aspen colonies become very large with time, spreading about 1 m (3.3 ft) per year, eventually covering many hectares. They are able to survive forest fires, because the roots are below the heat of the fire, with new sprouts growing after the fire burns out.
Even if the theory would be proven, it would only establish a new feature that life and non-life share - self organization. Still far away from running around the fields.
Once they "self-organize," running around the fields, flying through the air, swimming in the seas is all but inevitable, natural selection through the production of variation and winnowing of competition for access to the gene pool of succeeding generations makes it so.
Your second link says "The basic problem of abiogenesis is finding the first living entity that generated from non-living matter"
and
"...proposing that the answer may lie in thermodynamic fluctuations. "
You are quote mining. The entire paragraph reads, "The basic problem of abiogenesis is finding the first living entity that generated from non-living matter. ... But what is the definition of life: is it replication, or
metabolism, or simply self-catalysis? I think that it is not simply a matter of definition: what is necessary is 'evolution,' even if the entity that undergoes (or performs) evolution is not a classical living entity. After evolution starts, it can reach whatever complex structures: from a cell, evolution creates trees, whales, birds, ants, and all the prodigious current living world."
Please note that the sentence you lifted is not as you present it, a statement of the problem, but rather a scene setter, leading to the rest of the paragraph that outlines the difficulty of even defining, "what is life" and the superiority of equating "evolution" with life, the suggestion that we are not looking for the "first life" per se, but rather the "first evolver."
So at least we moved one step towards sanity, it seems that you also recognize that abiogenesis is still not a fact but a theory desperately needing rationalization.
That "step towards sanity" requires that you first accept evolution, once you have done so, abiogensis having occurred is obvious because of the tautology that it is here. Granted that is a weak logical structure, but the only alternative is deus ex machina, and that is far weaker.
Common problem for both these theories is why this spontaneous and natural abiogenesis, dictated by the laws of thermodynamics, was never observed? It happened once, and never again...? Why do we have to painstakingly investigate, instead simply observing it happening every day?
That is also rather simple. Life drastically changed the environment in ways that permitted the evolution of more successful and robust forms that further changed the environment until one or more items required: the precursors, the materials needed, the substrate available, the conditions required, etc. for abiogensis to occur were unavailable. Trivial examples are the reduction of available carbon and the increase in atmospheric oxygen.
Still, it is at least one Frankenstein theory that sounds much better than electricity-sparkled life, and will be exciting to see the outcome.
I rather doubt that we will ever "see the outcome" in the sense of anything like even lay "proof." The best that may be hoped for are experiments that demonstrate the possibility.