The quarks condensation inside the first part of Higgs boson experiment is one of the important means to complete the second part of this experiment, and this is by adding them into the land which is planted with corn, and this second part of the experiment has an objective of growing corn to a huge size, and which is dominated by quarks assumption; as these particles are the most particles used in the building of electrons. The use of condensated quarks has a great role in the movement activation of many other particles to participate in corn cells building to become bigger, and such particles are: muons, hadrons and electrons. I think that the most kind of condensated quarks in the first part of the experiment are: charm quarks, down quarks, up quarks, top quarks and bottom quarks with their antis; because these quarks are sufficient to insulate the field of corn; and this is through their movement of attachment to each other through nodes and this is what its called quarks assumption node as shown in the picture below.
Quarks are attached to each other through nodes to form strings capable of protecting the field of corn from inside, and to allow the integration of particles of the field into a perfect formation of chemicals and atoms based on time particles of the past, and this is what will make a good shape of corn cells based on bigger particles, atoms and molecules.
The use of quarks in the insulation of the corn field is a good idea to Higgs boson to achieve the experiment target, and their condensation could never be true without the use of Rugosa corals (Higgs boson holders); and all this means that corn growth can't be with huge size without the trueness of quarks condensation at the first place.
To end this post I must remind you about the growth of corn in North Africa which is made during summer time, and not in the month of November, and this is a real challenge to scientists in agronomy, and this challenge has it's causes and which will be explained in future posts.
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