Stephen Blaha Books

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.

Exploring a simple yet impactful idea, the book delves into the foundations of science and philosophy, offering insights that resonate at both popular and technological levels. It aims to redefine current fundamental theories, making complex concepts accessible while inviting readers to reconsider their understanding of the universe.

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.

Exploring advanced mathematical concepts, this work delves into the theory of everything through the lens of quaternions and octonions. It presents a unique framework for understanding fundamental physical laws and the universe's structure, merging abstract mathematics with theoretical physics. The author emphasizes the implications of these higher-dimensional numbers in unifying various forces and particles, offering insights that challenge traditional models and inspire new perspectives in scientific research.

The book presents a groundbreaking quantum Field Theory focused on Particle Spaces, establishing a connection to Octonion Cosmology. It defines fermion and boson space fields across various space-time dimensions and develops perturbation theory. The analysis includes calculating the S-matrix for the annihilation of a fermion-antifermion pair resulting in a scalar boson. This boson features an internal structure that corresponds to the dimension array of space, influencing the internal symmetries and symmetry splitting within Octonion Cosmology.

Exploring significant challenges in particle physics and astrophysics, this book presents an extended version of The Standard Model, incorporating an additional SU(2)X U(1) symmetry. It introduces a geometrical framework called the Flatverse, allowing for a finite Big Bang and resolving issues of infinities in the Standard Model. The proposed constituents of Dark Matter and the nature of Dark Energy are tied to quantum coordinates, leading to a theory that stabilizes the universe and predicts its expansion through a unique gauge field.

The Quaternion Unified SuperStandard Model (QUeST) presents a groundbreaking theory that connects elementary particles and gravitation through the lens of fermion-antifermion annihilation within the Megaverse, a multiverse concept. It meticulously derives key features of QUeST and the Unified SuperStandard Theory (UST) from an initial fermion-antifermion pair, suggesting that the Megaverse itself emerges from these interactions in a hidden ten-dimensional space. This work offers a novel perspective on the fundamental structures of the universe.

The book presents a novel energetic and thermodynamic framework for understanding the cyclical patterns of civilizations, drawing parallels with superorganisms and predator-prey dynamics. It posits that civilizations function as superorganisms, supported by historical evidence from over 50 civilizations. The narrative includes insights into microbial superorganisms and applies Richardson's arms race theory to modern geopolitical tensions. Additionally, it explores the implications of space colonization and the potential impact of encountering alien civilizations, while also introducing a probabilistic model for civilization dynamics.

Focusing on the root causes of America's economic troubles, the book critiques foreign trade agreements that have led to a severe trade imbalance and economic decline. It highlights the impact of low import duties and the disparity in wages between American workers and foreign counterparts, particularly emphasizing the consequences of granting "Most Favored Nation" status to China. The author, Dr. Blaha, offers innovative solutions to various issues, including healthcare alternatives, environmental challenges, and revitalizing the space program, advocating for a proactive and practical approach to reform.