It's certainly warranted when you linked
one variable to the existence of all life on Earth. There are other known energy sources, for example, which have entire life systems dependent upon them and which are independent (to an extent) of solar reliance. The Earth, today and for eons prior, has received periodic introductions of new material into its system via the bombardment of random solar objects - comets, meteors, planetary ejecta, and all forms of other matter. We radiate energy constantly out through our system boundary (the atmosphere) and off into space. Some is reabsorbed through passing - some lost forever...
The reason I ever engaged you in the first place was because of your misuse of the 2nd Law of Thermodynamics. Though not naming it directly, you argued for a gradual decline towards greater disorder - implying that order (life, as you described it) could never come from disorder (non-life).
As used, your argument is patently false.
Snowflakes are a perfect example of your misuse of the Law - just as is the formation of anything known to Cosmology. According to your usage of the Second Law, Planets should not exist... Solar systems should not form... Nebulae should never produce new stars... The organization of local clusters among the Galaxial arms should never happen, etc.
"How can the coalescing of water molecules form such obvious microscopic patterns under the 2nd Law of Thermodynamics?" "Does not the 2nd Law of Thermodynamics disprove planetary formation?"
It's akin to asking how negative numbers can exist when addition only leads to positive outcomes... It's absurd.
Again, by your same argument, those very things that you've mentioned, which you say have no inherent properties, should not even exist... "How can chemicals, rocks, water, or whatever we choose to discuss, exist in the right order for them to appear as they do?"
All matter contains inherent properties (information), and all inherent properties can be converted.
Stellar nucleosynthesis - Wikipedia
The full process of abiogenesis is unknown - but it's not a complete mystery.
Miller–Urey experiment - Wikipedia
The Origin of Life
RNA world - Wikipedia
Life As We Know It Nearly Created in Lab
Those four links show something tantalizingly close to the replication of life from non-living parts. How do you respond to that information, when it should all be impossible, according to the 2nd Law of Thermodynamics?
To answer your question fully, I don't know.
We don't fully know. But we're pretty damn close. And applying an out of place scientific principle certainly doesn't do anything to hinder the continuation of that study.
Perfect is a strong word - it's not perfect; it's pragmatic. In any system the only information that gets passed on from one time period to the next is information that works. Anything that doesn't work is discarded - life is a natural process that lends itself to functionality - not perfection.
This is true of planetary formation, river gorges, snowflakes, and people.
I don't know what the last word was supposed to be - I imagine it was either organisms or variables(?) But it introduces an energy source by which biochemical processes can fuel their work... That's all that's needed, isn't it? Instead of burning through the supplied internal energy source of a planet, objects on it's surface can use both the radiant energy from a system's core as well as the daily supply of external energy from it's parent Star.
Titan, for example, is a very volatile and active moon due in large part to the external influences of the Sun, like Earth, as well Saturn's immense gravitational tides. The combined energy sources have created an interesting environment where active weathering and seasons occur on what should otherwise be a dead chemical wash under a toxic, hazy atmosphere.
None of these changes should be happening, according to the creationist application of the 2nd Law of Thermodynamics, but they are... Interesting.