Higgs Boson Chemical Elements Equations

In the hypothesis of the last post “Higgs boson manifesto”, we understood that Higgs boson appears in addition polymer of the Rugosa corals as a chromosome which interacts with a phonon and an antiparticle (dark matter) to create a nanoparticle (matter).

In this post I would like to introduce you to a quality of Higgs boson which is a “two options” of producing a nanoparticle. For example Higgs boson during the interaction with the chemical element Iron (26Fe) has a choice to produce the same chemical element (26Fe), or another chemical element which is the Vanadium (23V). In this case we see that the chemical element (26Fe) lost three electrons; these electrons will participate in another reaction to form a different nanoparticle.

Higgs Boson Chemical elements equations are as follow:

H0 = Higgs boson

H0+ 26Fe – 3e- → 23V + 3Li → 23V3Li

H0+ 44Ru – 12e- → 34Se + 12Mg → 34Se12Mg

H0+ 73Os – 8e- → 68Er + 8O   → 68ER8O 

H0+ 108Hs – 35e- → 73Ta + 35Br → 73Ta35Br

H0+ 29Cu – 17e- → 12Mg + 17Cl   → 12Mg17Cl

H0+ 46Pd – 17e- → 35Br + 17Cl → 35Br17Cl

H0+ 92U – 20e- → 72Hf + 20Ca → 72Hf20ca

H0+ 1H /2 → 2He

H0+ 8O – 4e- → 4Be + 4Be → 2(4be)

H0+ 94Pu – 30e- → 64Gd + 30Zn → 64Gd30Zn

H0+ 88Ra – 10e- → 78Pt + 10Ne → 78Pt10Ne

H0+ 4He + 4e- → 8He + 4Be → 8He4Be

H0+ 6C – 6e- → 0

H0+ 29Cu – 14e- → 15P + 14Si → 15P14Si 

H0+ 56Br – 4e- → 52Te + 4Be → 52Te4Be

H0+ 16S – 15e- → 1H + 15P → 1H15P

H0+ 22Ti – 5e- → 17Cl + 5B   → 17Cl5B 

The aim of this post is to explain how it is possible to resolve many questions about:

1-The understanding of the chronology of the appearance of the chemical elements on earth and in the universe.

2- The creation of new and safe nano bio industries.

3- The nanoparticles’ aggregation in other method of nanoparticles manufacturing.

4- Reducing the cost of researches to develop new products and new process of production.

5- Quality of nanoparticles.