The availability of majorana fermions is still waiting for someone interested to dig into them, and the world is still unaware of their importance in the redevelopment of so many fields in science. Majorana fermions situation is critical and serious, and it has to be considered sooner is better.
In this post I am interested to show five characteristics of majorana fermions which are:
The first characteristic of majorana fermions is their vast participation in dark matter, because their understanding means the understanding of more than 80 percent of dark matter.
The second characteristic of majorana fermions is their holding to time particles; and to open a wide door to a new conception of time, inorder to make new discoveries and understanding to time as a particle and it's behaviour.
The third characteristic of majorana fermions is their presence in everything; and this everything could be better understood and managed through their condensation.
The fourth characteristic of majorana fermions is their behaviour of dominance to the most existing matter. Majorana fermions speed, rotation and direction make everything following their movement; so by managing majorana fermions everything could be managed.
The fifth characteristic of majorana fermions is their rapid condensation inside a high tense bosonic system, and this is what makes them available in a quick process of condensation, also majorana fermions become visible to the naked eye in a matter of days.
Please give condensation to condensated majorana fermions as they are the master key to future particle physics.
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