Rugosa Corals/Higgs Boson (7)

 In the hypothetical soustraction formula which I proposed in so many occasions within this blog is represented with (-1,+1). This formula of soustraction has a great role in understanding Higgs boson magnetism mechanism of acceleration and also slowdown; and this mechanism is totally controlled by Rugosa corals number in use inside any experiment on Higgs boson.

 I think that soustraction formula allowed me to understand many phenomena occurence on planet earth and their link to Rugosa corals Higgs boson holders, one phenomenon which has a direct observation is clouds speed, rotation, and direction; the number of use of Rugosa corals inside any experiment on Higgs boson can make a huge influence on how to change clouds direction, speed and rotation; because Higgs boson magnetism mechanism of acceleration could be increased from (+1) to (+2), or it could be slowed down from (-1) to (-2), or maybe from (+2) to (+3) and from (-2) to (-3), and all these depending on the situation of need to more clouds or less clouds in the wanted area on earth. For example if Tanzania had already received it's needed rain of the season and more rain will be a source of creation to difficulties such as too wet lands, rivers burst, floods, at these circumstances a call to a set of Bose Einstein Condensate system could be a good solution; and this set is always equal to (+1, -1) at it's stating point.

 Let's say that Tanzania has reduced the amount of rain by 33% in a period of few days and it is still in need to reduce this amount of rain to up to 66%, the solution in this case is to decrease Higgs Boson Magnetism acceleration to half and this is by aplying soustraction formula of (-2,+2) and this means that the number of Rugosa corals should be divide by (2), because the less of Rugosa corals building to sets the more Higgs Boson Magnetism acceleration is diminished and the more this last is diminshed the more less rain.

 Another example of introducing of Higgs boson magnetism slowdown; let's say that Germany is predicting 100mm of rain within the next five days, but due to flood risks Germany prefer just 20mm of rain within the next five days; so in this situation soustraction formula is applied to diminish 80mm of rain within the next five days; and this means that the number of sets of Bose Einstein Condensate system should be diminished by 80%; and this means that the number of Rugosa corals sets has to diminish by 80% to achieve the target of rain reduction.

  I think that negativity in soustraction formula is well understood because what is presenting the (-1) is known to us for example (-1) of rain, snow, molecule, atom or DNA but positivity which is (+1) is the side of discovery. In the last example let's that the target of less 80% of rain is achieved after 5 days; the question is where the reduced amout of rain went? 

Video showing rain causing flood risks