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I would like to add this post because I am interested in talking about Higgs boson magnetism insulation to Bose Einstein Condensate system (BECs) once inside it. The reason to come up with this post is due to the acquired results from the current Higgs boson experiment. These results are all showing a good condensation to all systems, but their material of insulation has different colours and different shapes.
I am bringing to your attention this video, which shows Bose Einstein Condensate system (BECs) at it"s full condensation, and what is left inside it is a very shining matter of which I believe is a carbon atom condensation. I think that carbon atoms are the most efficient insulators to any system because of their covalent bonding.
The material that you are seeing in these images is unique, and it's formation was made during the process of condensation, which is one year old now. It's hardness seems similar to diamonds.
It's uniqueness could also be seen in it's reflection to light; and this is what makes it very interesting to look at. I can understand that this material before it's building it had passed through a well organized process created by Higgs boson inside a full insulated system.
All molecules which were inside the system, have finished the cycle of decay into their lowest energy form then rebuild into carbon atom, and this is because of Higgs boson magnetism system of preference to insulate the system with carbon atom; and by this I assume that the produced material is a superconductor that could be used in many areas of innovation to technology.
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