5_BLOG Information on Unified Field Theory
Invitation to "Unified Field Theory"
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This
is a theory in which space-time quantization is introduced and
Canonical transformation group is used as gauge group, and neither super
symmetry (SUSY) nor super string theory is necessary.
(I
think Super String theory is very doubtful. I wish I were the kid who
shouted "But he has put nothing on at all", in Hans Christian Andersen's
Fairy Tales "The Emperor's New Clothes".)
The entire
consists of 3parts (part-I, II, III) and the entire "Cover + Preface"
and "afterword" are added to them. They are linked to each other and can
be entered from anywhere.
Unified field theory based on canonical gauge principle:
● Cover+preface: Theory of Field Unification based on Canonical gauge principle
●Ⅰ: Principle of field unification and existence logic of elementary particles
●Ⅱ: Foundation of state-constructive Field Theory
●Ⅲ: Quantum Gravitational Field Theory
● Unified Field Theory: Conceptual Trajectory & Summary of Theory+Afterword
Link to Japanese version (御招待窓口)
Though
this work contains many basic and fundamental discussions, however, it
also has succeeded in deriving some conclusions, so I will explain it a
little below.
Ⅰ:Principle of field unification and existence logic of elementary particles
・Denial of manifold model for space-time
According to the principle of quantum mechanics, space-time appears by observation associated.
A set of Canonical Conjugate linear operators , position / momentum (x.p) should be introduced instead of ordinary coordinates.
The
transformation between observers is given by space-time preserving
canonical transformation. Only from this assumption, the following will
be derived naturally.
・Explication of the origin of symmetry
Bosons
are classified into 2 types : FF type and BB type, according to their
connection type, and the related symmetries are su(3)⊕gc, and u(2)=u(1)⊕su(2), respectively.
Where, gc is Lie ring of spinor transformation generated by (1, iγ5).
This Lie ring corresponds to the spinor connection field (below).
・ Unification of Boson / Fermion:
Boson and Fermion are both derived as Canonical gauge connection.
・Reality of preon model:
The
preon model as a substructure of quark / Lepton, especially the rishon
model, becomes realistic.
・Existence of spinor connection field:
The
existence of spinor connection field , so called the 5th force, is
shown that is previously unknown. It can be considered that this boson
(spinor connection field) condense in universe, and has some
relationship with dark energy, and also with Higgs meson.
Also this becomes a origin of mass of one type of preon.(above)
・Explication of Relationship between chirality and mass:
Related
to the existence of the spinor connection field above, the
consideration on transformations in spinor space provides a relationship
between chirality and mass in preon level.
This leads to a new recognition of Dirac equation in the next section.
・Derivation of unified field equations
Naturally, the unified field equation is derived that contains Dirac equation. (described below)
With respect to gravity, we get an equation that is different from A. Einstein's theory.
The validation of this equation in classical level will be discussed in Part III.
・New recognition on Dirac equation:
In
Canonical gauge unified field theory, Lagrangian is a quadratic form of
the 1st-order space-time derivative with respect to the field variable,
so the understandings of Dirac equation becomes a problem.
Factorization
on ring R[iγ5] becomes a key concept, but we get results that suggest a
relationship between the two solutions and two preon flavors.
・etc
Ⅱ:Foundation of state-constructive Field Theory
・Interpretation of divergence difficulty:
Even
if the correct field equation is obtained by unified field theory, the
theory cannot be developed unless it can be solved. The divergence
difficulty is a stumbling block in field theory, and it is important to
understand the cause of difficulty.
・Denial of adiabatic hypothesis
It
is considered that the divergence comes from introduction of
interaction representation based on adiabatic hypothesis and from
calculation method using the propagator by the diagram technique.
So, adiabatic hypothesis should be denied.
The
adiabatic hypothesis insisting that interaction becomes negligible
asymptotically in scattering problem, becomes a logical contradiction if
self-interaction exists.
The
self-interaction itself is divergent, but it depends on the composition
model of particle and for composite particle, the divergence may be
only appearance.
From the point of view of energy divergence, the isolated existence should be denied for non-composite and elementary Fermion.
Compositeness is necessary (but not always sufficient) for ensuring the symmetry for existence.
This is consistent with the absence of isolated single quark (preon complexes) .
・Interpretation for renormalization
The
renormalization prescription is interpreted as a method for absorbing
the contradiction of the adiabatic hypothesis and the self-interaction
due to model defects.
・State-constructive field theory - Avoiding divergence difficulty
State-constructive field theory is proposed.
This is a quantum field theory that avoids divergence difficulty and provides calculation method instead of diagram technique.
This is elementary and quite faithful to the principles of quantum mechanics.
*Constructive definition of state space,
Followings are reconfirmed:
Construction
of the state space, projectivity of the field operator, and operator
interpretation of state (embedding of state space into differential
algebra)
*Theory on solution of field equations
As
the theory of solving field equations, state separation method and
finite mode excitation approximation method are introduced, which are
related with finite element method in engineering and separation of
variables in partial differential equations.
*Legacy structure of approximation methodThe
approximate calculation method contains conventional solution method in
classical mechanics or quantum mechanics in the initial stage of
approximation. Considering that divergence difficulties emerged first in
field theory, it would be a supplemental proof of avoidance of
divergence difficulties.
*Method for stationary state problem
For
stationary state problems, state-constructive approximation method
proposes successive approximation with a finite degree of freedom.
This
method has been applied to a simple non-relativistic hydrogen atom
model and confirm the methodological feasibility of the successive
approximation method.
As a by-product, it naturally revealed to the insensitivity of electromagnetic interaction to the self-field.
*Method to scattering problemFor the scattering problem, the contribution eliminated self-interaction for state transition is provided.
*Additional notes on quantum gravity
Regarding
quantum gravity, there is no reason to worry about divergence
difficulty in the form of replacing conventional Einstein theory with
canonical gauge gravity, denying the adiabatic hypothesis and
eliminating the diagram technique.
(There is a possibility that quantization conditions can be imposed from the viewpoint of state normalization.)
The
method of approximate solution of the above-mentioned field equation
needs to be developed into a systematic and sophisticated one in the
future.
・etc
Ⅲ: Quantum Gravitational Field Theory
・Verification of quantum gravity at the classical level:
At
present, the verification of quantum gravity theory in Canonical gauge
unified field is restricted into classical theory level, and there is no
choice but to compare it with A. Einstein's theory, especially
regarding the matters already verified.
Though
the origin and composition of Lagrangian in 2 theories are essentially
different, but assuming spherical symmetry, and selecting an appropriate
interaction constant, the two can be matched.
In this sense, canonical gauge quantum gravity theory has been verified at the current level.
・Solving the Big Bag singularity problem:
Freidmann
equation of expanding universe can be derived from the canonical
equation in canonical gauge unified field gravity theory.
Hamiltonian
of scale factor shows that there are no singularities in Big Bang. This
is because the canonical representation makes clear the application of
uncertainty principle in quantum mechanics.
With
introducing Canonical formalism, we can also get the wave function of
scale factor, but it will be our future task to extract the true
physical meaning beyond the usual meaning as a probability amplitude.
・Derivation of modified Freidmann equation and expansion in early universe:
Deriving the equation of motion for early universe using variational principle yields "modified Freidmann equation".
It turns out that the expansion rate of universe is dominated by (quantum theoretical) state expected value of Lagrangian.
It
seems that the void structure of universe can be explained by the
relationship between materialization and Lagrangian expected value
during phase transition.
・Interpretation of particle antiparticle asymmetry:
Concerning
early universe, pair creation/annihilation state of preons, we imagine
and interpret that apparent imbalance between matter and antimatter is
actually balanced in preon level.
The
sum of all charges in universe looks like zero for example. Also,
explanation by symmetry breaking would be difficult from the standpoint
of elements reductionism. Antiparticles are hidden like d = (TVV)* for
example.
(c,
s), (t, b) are interpreted as excitation state of (u, d). Leptons are
also considered as e+=(TTT) ,ν=(VVV) and their excited state.
Therefore, the proton decay will occur since p=(uud).
・Solution to the problem of accelerated expansion of the universe:
Currently,
it is known from observation that the expansion of universe will
accelerate, and I think that the "spinor connection field" found in part
I is a candidate for this cause or as the true nature of dark matter.
Quantitative
discussion is difficult but it is surely dark because there is no
electromagnetic interaction. That field has self interaction term and it
can be considered to be in Bose-Einstein condensation throughout the
universe.
・Black Hole from Quantum mechanical view:
One
of the conclusions obtained in part II is that the field in classical
theory is the state expected value of the field operator, so-called mean
field.
For
gravitational fields, the solution in classical field theory does not
include quantum variance effects, because the self-interaction term
induces non-linearity. In this respect, I am skeptical about reality of
Schwarzschild solution of gravity.
In
quantum theory, the spatial continuity of field variables cannot be
denied so easily, and I imagine that Schwarzschild barrier cannot exist
due to the quantum variance effect.
However,
there is currently no prospect of how much results will be achieved by
pursuing this problem deeply, and it seems that a brave risk-taking is
necessary to implement it.
・etc
For details, please see the text of the blog and add a critical review.
【Copyright】
I would like to respect the development
of scholarship, the development of intellectual freedom and imagination, and
above all, the intellectual adventures of human beings, and I would like you to
actively introduce and disseminate the work, which is my thought.
However, I claim copyright.
Please observe the following principles
when quoting articles.
(1) Inevitable citation.
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【keywords】
mainly rel.part I
|
mainly rel.part Ⅱ
|
mainly rel.part Ⅲ
|
Quantum
space-time
Field
Unification
theory
Unified field Canonical
gauge field theory spinor connection o(1,1) preon, rishon model su(3)⊗u(2)
Canonical transformation
Chirality
Dirac
equation
Lagrangian
|
State space
Field operator
Renormalization
Divergence difficulty
State-constructive Field Theory
Finite mode excitation approx.
|
Canonical gauge theory of gravity
Quantum gravitational theory
Big Bang
Solution of singularity
dark
energy dark matter
Black Hole
Quantum variance effect
Accelerated expanding Universe
|
PS:
I used Google's Blogger for my blog.For the description of the actual contents,
please read the files with the link shown above.
thank you and best regards.
T.sato Kawasaki, Japan
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