Focusing on a new approach to Cosmology, this technical book delves into foundational concepts such as Quantum Field Theory, Tachyons, and Inflationary Cosmology. It explores advanced topics like complex space-time and General Relativity, as well as the intriguing dodecahedral shape of the universe. Aimed at professionals and graduate students in cosmology and related fields, it serves as a comprehensive resource for those seeking to deepen their understanding of the universe's origins and its intricate mathematical frameworks.
The book explores the relationship between elementary particle theories, like the Standard Model and Superstring theories, and programming languages such as Assembly, C, and C++. It presents a groundbreaking argument that the universe is inherently quantum, supported by Gödel's theorem, which highlights the limitations of deterministic theories in physics. This innovative perspective challenges traditional views and suggests that certain mathematical truths remain unprovable, reshaping the understanding of fundamental physics.
This work presents a comprehensive unified theory of the universe and the encompassing Megaverse, utilizing QUeST and MOST theories grounded in quaternions and octonions. It explores complex concepts such as four fermion sectors, three of which pertain to Dark interactions, and introduces a Darkness quantum number along with a Superselection law that governs these interactions. Key features include particle-dimension duality, octoquarks in eight-dimensional space, and a unique spin-Darkness connection, establishing a clear link between our universe and the Megaverse.
The book presents a design study for a superluminal starship utilizing tachyonic quark particle acceleration, enabling travel to distant stars within months to years. It builds on previous proposals, offering a simpler engine design and detailed requirements for suspended animation and nuclear engines. The author suggests leveraging the Large Hadron Collider's infrastructure as a prototype for the starship engine after its current experiments, highlighting the potential for significant advancements in space exploration at a relatively low cost for humanity's future.
The book critiques the Higgs Mechanism, proposing a new mass generation mechanism linked to gauge fields that gives rise to Higgs particles. It introduces a novel Higgs field with retarded asymptotic propagators, suggesting these are the source of the Arrow of Time. The theory posits that all matter's mass arises from interactions with these fields, establishing a macroscopic Arrow of Time. Additionally, it asserts that inertial reference frames have a preferred status in Special Relativity, connecting mass, time, and the Higgs sector to the Extended Standard Model.
Exploring a groundbreaking area in physics, the book delves into the metatheory of physics theories, offering a mathematical framework for understanding the nature of these theories. It specifically addresses the Theory of Everything and the Final Theory, while also introducing quantum Turing machines and Quantum Computer formulations related to the Standard Model of Elementary Particles and SuperString Theories, providing a comprehensive look at advanced concepts in modern physics.
This edition is the latest in a series of books by this author that have appeared in the past ten years that seek to make sense of the form of The Standard Model. Previously The Standard Model was viewed as a hodgepodge of particles symmetries and features that worked experimentally but was only an approximation to a "true" fundamental theory. The overall purpose of this series of books was to show that the form of The Standard Model is based on certain fundamental principles that ultimately emanate from Logic, Asynchronous Logic in particular. Physical phenomena are asynchronous. The simplest form of Asynchronous Logic has a 4-valued logic that maps naturally to Dirac-like equations. Upon this bridge The Standard Model is constructed with parity violation, particle symmetries SU(3) SU(2) U(1) U(1), and a spin 1/2 fermion spectrum with four generations of four fermion species split into quarks and leptons. Two species of WIMPs are also derived. A new formulation of Logic is presented. A major application of the derived Standard Model, superluminal starships, is discussed. Tachyon quantum field theory is described in detail as is a new method of renormalization that renormalizes the Standard Model and Quantum Gravity. An alternative method for generating particle masses and mixing angles is presented that avoids the use of Higgs particle
