You are just fooling yourself.
You read some argument on a website and think that it is some kind of smart argument that the Qur'an is wrong.
Two of the crucial components for the origin of life – genetic material and cell membranes – could have been introduced to one another by a lump of clay, new experiments have shown.
Read more:
https://www.newscientist.com/article/dn4307-clays-matchmaking-could-have-sparked-life/#ixzz7FxnoMdNo
In any case, are you an expert in classical Arabic?
The translation I use says "black mud altered" .. whatever .. it refers to physical soil/mud/clay.
Muhammad.
You have really no idea what you are talking about.
I have studied enough about soil, and I know there are no organic materials unless some living organisms leave their wastes behind or the organisms have died.
In civil engineering, I have not only studied geology but also soil science, because the engineering have to have knowledge about the ground that would be foundation for construction....
Construction...like buildings, bridges, paved roads and highways, water pipes or mains, drainage pipes like storm water or sewers, etc.
Rocks and soils can have impacts on the above construction, so we have to know what types of rocks and types of soils that laborers may encounter during excavations on the worksite.
In the case with soils, we have to know what types of soils, the physical properties and textures, the levels of acids or alkaline that may have either short-term or long-term effects on the building materials being used in construction; the water contents in different soil types, mineral contamination or metal contamination that not only may have effects on not just buildings but also to health of people (eg health of residents, staff, construction workers, etc), for instances, metal toxicity, lead poisoning, etc.
You have mentioned “mud”. Mud are over-saturation of water contents on soils.
There are only 3 types of soils that may exist:
- sandy soil,
- silt,
- clay
All 3 types have their origins from weathering of rocks.
Weathering on rocks occurred when water as running stream (eg rivers, creek, etc) or rain, as well as wind, and any types of debris (including debris from stone, rocks, sand (eg sandstorm), etc, causing rocks to break down to smaller pieces even breaking down to flakes or grains, or even breaking down further to rock minerals or down to powdery form. And before I forget, weathering can also be caused by flowing ice and water from glaciers.
There are several main types of rock minerals that can determine types of soils.
For instance, sandy soils are made of any different types of quartz, but the most basic type of quartz have molecular composition silicon-oxygen tetrahedral:
SiO4
Feldspar is the most common mineral on the Earth’s crust, with composition tectosilicate minerals of which there are 3 types of feldspars, depending on if there are calcium, sodium or potassium presence in the silicate (eg silica SiO
2) of feldspars:
NaAlSi3O8
KAlSi3O8
CaAl2Si2O8
The original feldspars occurred when igneous rocks are weathered. Igneous rocks formed from cooling of magma or lava.
And lastly, there are rock minerals called mica. Now, there are many more different types of mica minerals, but they all have basic molecular composition of silicate, the phyllosilicate:
SiO5
Different types of phyllosilicate are dependent on what other atomic elements are bonded with this type of silicate. Phyllosilicate exist in parallel sheet of silicate, unlike the grainy quartz mineral that exist in sandy soil.
The reasons why I am telling you all this about rock minerals, is because the general types of soils (sandy, silt or clay) come from these 3 rock minerals.
In silt soil, it is less grainy than sandy soil, and less powdery than clay soil. Silt can be made from quartz or feldspar minerals.
I have already talked about clay and their clay minerals in my older reply/post to you, as well as mentioning kaolinite being the most common type of clay found on earth. What I forgot to mentioned that clay minerals can form either feldspars (tectosilicates) or micas (phyllosilicates).
So soil, no matter what types they are, they are from silicon-based, of which, depending on the rocks being weathered, and the mineral types.
Silicons (eg silicate) are inorganic, and silicon are not the same carbon (eg organic matters). You cannot turn silicon atom into carbon atom, not without some form of process with the atom’s nucleus, thus Nucleosynthesis.
There are 3 essential biological or organic compounds or molecules that exist in all cells in living organisms. They are -
- proteins (which itself are made of certain types of amino acids),
- nucleic acids (you would know NA as DNA or RNA, which are responsible for passing physical and genetic traits from parents to offspring),
- carbohydrates (eg glucoses, sugars, etc, which not only exist as energy fuel for life, but also exist in nucleic acids, eg ribose sugar in RNA, and deoxyribose sugar in DNA).
All 3 biological molecules (proteins, nucleic acids & carbohydrates) are all carbon-based molecules, not silicon.
I know that I have given you so many things to process, but you really don’t understand that clay cannot just turn into proteins, which are main organic matters in human body.
Yes, organic matters can be found in soil, but they actually waste byproducts of living organisms, like decomposing of remains, urinate (in ordinary slang, pee) or feces (poo), hair loss, shedding of skins, feathers, scales or hair, decomposing of leaves, branches or roots, etc.
Organic matters can permeate soil, but they are more of contamination, they are not the building of soil. Soils are made from minerals of silicon-based molecules, like micas, feldspars or quartz.
You are utterly ignorant if you cannot grasp that you cannot turn silicon into carbon.