Preface to the Book

I am writing a book and wanted to publish the preface. I am currently editing it, so get ready for the publication in 2025. Here is the preface:

This is not an easy book. The concepts range from modifications of the fundamental theory of calculus to the increase in information density of electromagnetic signals due to multi-valued abscissa formation. Really, though, this book is a culmination of thoughts from quantum mechanics, relativity, high energy physics, condensed matter physics, particle physics and biophysics. A good way to approach this book is to read through it in its entirety and mark the sections that pique one's interest for further review. The language and vernacular are consistent with the level of an advanced graduate student in the field of physics and string theory is the basis for physical interpretation rather than quantum loop gravity. Mathematics is addressed in the field axioms. Green's functions are treated. However, this book is also about the Aharonov-Bohm effect and the Hilbert hyperspace laws of nature that may be present. They are called the fallacy of correction. The work also discusses the neutrino and how Regge angular momentum of the singularity and scattering from that Regge angular moment are responsible for the Fermi-Curie deconvolution of the emitted electron energy spectra. In essence, it is a whistleblower book as hundreds of millions of dollars are wasted worldwide on neutrino detectors, neutrino double beta decay, and neutrino physics. There is likely no neutrino and a more elegant theory of physics will surpass the current standard model. This leads to the idea of the observeon, more of a Higgs particle that exhibits scattering through a prime number of faces such that it has a polytope representation in a prime number  of dimensions. These dimensions are the dimensions of Hilbert space, the Aharonov-Bohm case, and quantum tunneling. Dark matter connects in the angular momentum and rotational paradigm as particles are thought of as physical rotating objects that frame drag and create gravito-magnetic effects. The push and pull of gravity is caused by the conservation of mass density and the nucleonic matter in the quantum picture, then the frame shifting to rotated non-inertial frames. Of course, only a limiting case of galactic arms is discussed and it is left as an exercise to find the nature of galactic arm angular velocity and the contribution to gravito-magnetic force.\\

A fractal wave picture is developed to move past traditional sine and cosine formalism. This leads to new discussions of information density in bandwith, a modified multi-valued wave, and a discussion of turbulence as nested in fractal prime number zeta functions. The pages describe the nature of the quadrature and supersymmetry related to equivalence, something discovered in the Enlightenment and recently rediscovered in the post-quantum revolutions. Quantum loop gravity is discarded as arbitrary and not unique as fractal forms, or geometric shapes could also be extended objects shrinking to quantum points. The predictions of string theory should range from the fusion plasma heat capacity to new radianatrix scattering angles at the LHC. Hopefully, the radianatrix is based in the prime numbered faces of the primordial observeon. It helps to think of the particles that make up spacetime, its curvature and string geodesic landscape, as having multiple faces, like Platonic solids in higher dimensions, such that events can be predicted based upon the alignment of the many faces scattering off one another in the interaction picture.\\

This book is very much about the instantaneous. Processes in quantum mechanics from tunneling to entanglement seem to collapse the wavefunction instantly. There are problems with causality, interesting Aharonov-Bohm case effects, and a hyperspace law that patterns lower dimensions. From understanding the fallacy of correction, the hyperspace patterning of real space, can Hilbert space formalism and Yang-Mills theory support string geodesic landscapes and a structure of multi-functional waves that exist in superposition. It means that the unification of physics needs more dimensions. These are popular in string theory and this work is very much a string theory focused book. There are discussions of quantum loops but the arbitrary loop form is attacked. Fractal waves and forms shrinking to a point supplant basic loop theories. Calabi-Yau manifolds are mentioned briefly as a way to imagine the structure of small curled up dimensions. However, the main focus of the book is the interacting quantum particle, the observational particle or observeon. It is from a structure of hyperdimensional polytopes that are motivated by Platonic solid regularization where the practitioner of physics begins to build a single particle theory with rotation and translation in Riemann spaces eventually replaced by Weyl's topological affine space. The instantaneous is in the quark flipping of Yang-Mills matrices, of quantum tunneling of particles, and of entangled states playing games with probability. What is needed is more research in uncovering the Regge slope formation of angular momentum of nucleons. Here, the neutrino is replaced by a fluid like drop of neutron that decays into a proton and an electron.\\

If there is any confusion in the text, just try to read through the totality of the work and understand the main concepts. Curvature and the quadrature are discussed. Yang-Mills theory is worked into the pages. The observeon and the fallacy of correction are introduced. New multi-functional paradigms of sine and cosine waves surpass the traditional eikonal. It is the goal of this book to complete the discussion, to add to the conversation, and to bring to light alternative ways of thinking about the most difficult concepts. There is the hope that determinism is not correct as it would be a sad state of affairs. Thus, seek quantum uncertainty with some trepidation as the radianatrix is only pseudo-random. The work culminates in the discussion of the Riemann zeta function, something that patterns the primes and provides a model for the turbulence observed in nature.\\