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Salt Transformability

From a scientific point of view, salt has a unique characteristic. Dissimilar from all other crystalline structures, the atomic structure of salt is not molecular, rather, it's electrical. This fact is what makes salt so transformable. When we place a quartz crystal into water and take it out after ten minutes, it is still the same quartz crystal. It did not change molecularly, though it has a crystalline structure. Although the crystal has the ability to gives its energy which can be effortlessly absorbed by another matter, it remained the same. In simple terms, it is too attached to matter that it refused to be dissolved or to be disassociated from its initial polarity.

When we submerge a salt crystal into water, it dissolves, and the sole is created. This material is neither purely water nor purely salt lamps . It is a higher energetic dimension than either the water or the salt alone. Fascinatingly, salt is left when sole evaporates. This very characteristic of salt guarantees that salt doesn't have to be metabolized, and that it remains in our body. Other elements change in form, for example, starch becomes sugar, proteins into amino acids and fats into glycerine and acid. But salt remains salt. Indeed, in its ionized structure, it's made directly available to our cells. In order for our body to take advantage of the food we eat, it needs to break them down into their components first. This isn't the case with salt. It even gets to our brain directly.

The Role of Salt in Human Thoughts and Actions

Even the simplest processes in our body need discount salt lamps or its inherent elements in ionized form. For instance, it's the task of our nervous system to transmit the stimulation that has been recorded via sensory input to our brain, which in return passes this information back to our muscles in order for us to respond to the respective stimuli. An electric potential occurs on the membrane wall of the cells when the positively charged potassium ions leave the cells and the positively charged sodium ions cannot enter due to their size.