vanesch said:
This is not true. The process of generating a solution that doesn't have the symmetry of the original problem (here, parity) is called spontaneous symmetry breaking and is a known phenomenon in many fields.
Rader said:
Therefore, there is no way to obtain active optical components, only by physio-chemical laws. It is absolutely necessary, another information that is of a completely different nature, to exist previous to the aparition of asymmetrically optic molecules.
If its not true, then explain to me why, I gave a sufficient explanation, of the difference between biologically active substance, that can discriminate and those that can not. Yes inate matter can produce its symmetical equal, but only
live matter will produce its, symmetical equal. Thats what, the something more seems to be.
All proteins that form part of
living things are optically active and almost all are
levogiras.
By there nature, chemcial reations can never produce, spontaneously, a substance formed exclusively by a optic isomero, be it L or D. This is statistically imposible.
Logically, a chemical reaction confronts, by chance enormous quantities of atoms and molecules, that have no power to individually decide, that only obey the thermodynamic rule of reaction, a probablistic law of big numbers.
We can predict with full, rigor the result of the individual reaction because we know that millions of molecules of a substance, unite with millions of molecules of others. But that molecule that unites with that other is solely by chance. Because of the freedom of chance, they are indefectibly conducted to reach a percental equality in there distribution.
In chemical reactions of inate material, this funtions perfectly, because all molecules of each type of substance intervene en a reaction are exactly the same between themselves. So that, it makes no difference, indistinction, which one with which other.
Remembering that each molecule of ++ has two optical forms L or D, and both identical from the point of a chemical view. It is to say that ++ L, for example has no way to know if ++ with whom it will combine is L or D.
For the following to produce the condensatation of muchos ++ and not making a special selection strange to the chemical reaction in itself, the substance will include molecules of both optical types. That is to say racemico and not apt for life. This is theoretical and experimental, there is no discussion here.
In the experiments of Miller, results were all racemicos,
without exception. Useless from the point of a biological standpoint, for use as building blocks of life.
Unless the data I have on Miller experiments is totally false, what has been stated is true.
To give you an idea, of the diffulculty with asymmetrically optic molecules, the probabilities, of a relatively simple protein, of say 400 ++ by chance or by the physio-chemical laws, to produce all the ++ en form of L, would be 1X10X123.