A New Possible Theory of Mathematical Connections Between Some Ramanujan's Equations and Approximations to π, the Equations of Inflationary Cosmology Concerning the Scalar Field ϕ, the Inflaton Mass, the Higgs Boson Mass and the Pion Meson π^± Mass
Michele Nardelli, Antonio Nardelli
In this research thesis, we have described a new possible Theory of Mathematical Connections between some Ramanujan's equations and Approximations to π, the equations of Inflationary Cosmology concerning the scalar field ϕ, the Inflaton mass, the Higgs boson mass and the Pion meson π^± mass
Summary
In this research thesis, we have analyzed
further Ramanujan formulas and described new mathematical connections with some
sectors of Particle Physics. In the course of the discussion we describe and
highlight the connections between some developments of Ramanujan equations
utilizing the Lucas and/or Fibonacci numbers and particles type solutions such
as the mass of the Higgs boson, those in the range of the mass of
candidates" glueball ", the scalar meson f0(1710) and some others baryons/mesons. Principally
the solutions of Ramanujan equations, connected with the masses of the mesons (139.576 and 134.9766 MeV) have been
described and highlighted. Furthermore, we have obtained also the values of
some black hole entropies.
Is
our opinion, that the possible connections between the mathematical developments
of some Rogers-Ramanujan continued fractions, the value of the dilaton and that
of "the dilaton mass calculated as a type of Higgs boson that is equal
about to 125 GeV", the Higgs boson mass itself and the like-particle
solutions (masses of Pion mesons), are fundamental.
All the results of the most important connections are highlighted in
blue throughout the drafting of the paper
We have
shown in this proposal a possible theoretical connection between some parameters
of inflationary cosmology, of particle masses (Higgs boson and Pion meson 𝜋^±) and
some fundamental equations of Ramanujan’s mathematics.
Further,
we note that π, ϕ, 1/ϕ and 11, that is a Lucas number (often in developing
Ramanujan's equations we use Fibonacci and Lucas numbers), play a fundamental
role in the development, and therefore, in the final results of Ramanujan's
equations. This fact can be explained by admitting that π, ϕ, 1/ϕ and 11, and
other numbers connected with Fibonacci and Lucas sequences, are not only
mathematical constants and / or simple numbers, but "data", which
inserted in the right place, and in the most various possible and always
logical combinations, lead precisely to the solutions discussed so far: masses
of particles, as described in the following paper and other physical and
cosmological parameters.
This is the link of the paper:
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