Hmm from the tests, nothing grows?? You said you would go step by step with me, teaching? So show where things grow from the 'life' you say was chemically induced in experiments. Grow as in evolve.
Something that “grow” and something that “evolve”, are two different things.
Growing don’t necessarily mean evolution in the sense of biodiversity of the species.
Second:
It "seems like" life emerged from chemical reaction. Seems like, you say.
So far as Abiogenesis is concern.
You can have inorganic chemicals that when mixed together, cause chemical reaction that form those set of chemicals into organic matters.
Certain kinds of amino acids, which are chains of compounds that are building blocks to certain types of proteins.
In a human body, proteins make up the largest organic matters, 20% of the masses in human, while the second largest is lipids (body fat, fatty acids) make up 12% of the masses.
The real largest composition of matters, is actually water, but water isn’t organic. Water is very important to life, because it is still inorganic molecule. It help the proteins from drying up (hydration), as well as regulate the temperature of the body (again, hydration). Water also help with functions of body parts, eg removing waste and even toxins, like urines would carry these waste and toxins out of the body.
Anyway, some of the experiments have shown that organic molecules and compounds can be created in labs, by using inorganic chemicals.
The Miller-Urey experiment (1952) were able to produce and identify 9 types of amino acids from using ammonia, methane, water and hydrogen. With heat and electricity from electrodes to simulate lightning, reactions occurred where they produce these amino acids.
They were stored in some vials, and weren’t re-examine until 2007, by Miller’s student. They further identify another 11 amino acids in those vials.
So yes, chemical reactions can cause growth of newer amino acids. This is growth, not evolution.
Other experiments have also produced amino acids, using other inorganic chemicals, like carbon dioxide and hydrogen cyanide.
Hydrogen cyanide exist naturally in smoke, smoke that would exist in volcanic eruptions.
Likewise, other experiments have managed to produce one of the organic compounds, like lipids, carbohydrates, and components that exist DNA.
For instance, Joan Oró’s experiment in 1961, using ammonia and hydrogen cyanide was able to produce adenine. Adenine is one of 4 nucleobase chemicals found in nucleoside of DNA.
These experiments are not creating life, but they can create certain types of organic matters that are essential components in living cells.
Without these biological compounds, cells wouldn’t exist, therefore life would exist if there were no cells.
As to creating “life” in the lab, it have already been done, by gathering cells from parents: sperm from man and egg from woman. Fertilization and cell division occurred in the lab, before the fertilized egg is implanted back into woman’s womb.
This however is vitro fertilization, not Abiogenesis.