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This book attempts to reveal something of the vastly different and fundamentally creative quality of computing that must accompany any computation involving the quantum-levels. To linearly project digital computing laurels manifest as increasing speeds and the ability to process vaster amounts of information, as the inevitable trajectory of quantum computing is perhaps, in the aphorism attributed to the Buddha, to look only at the finger and to miss the moon and the sky that it is pointing to. The cover figure highlights all that is being missed, summarized as an egg-like structure synonymous with the term ‘Hiranyagarbha’ in Sanskrit. This depicts the womb of creation, within which many layers and an upward-moving pattern of curves that themselves reflect the luminescence due to the constant superposition and entanglement inherent to the quantum computation that derives from a light-centered interpretation of quantum dynamics.
This book leverages an alternative interpretation of Quantum Theory explored in the Cosmology of Light book series, to suggest an alternative way to conceive of the fledgling field of Quantum Computing. The dynamics of superposition and entanglement are explored from the point of view of precipitating layers of reality so set up by light traveling at slower and slower speeds down to c, to in fact arrive at a different notion of quanta, of superposition, and of entanglement, that will suggest that reality at the quantum-level may be different from the view commonly held today. The very basis of modern-day quantum computing that relies on infinite number of superposed quantum states, on probability, on observable measurement that brings things into reality, is bought into question in the Light-centered Interpretation discussed in this book. In fact from the point of view of the latter interpretation superposition, entanglement, and reality take on a different meaning and the infinite processing power allegedly true of quantum states, like the new clothes in Han Christian Andersen’s The Emperor’s New Clothes simply does not exist in the manner in which it has been conceived. In the mathematical model of Light presented in this book all emergences are a result of the underlying fourfold properties of Light. Everything can be understood as a precise application of the core Light-Space-Time Emergence model. This is not unlike using binary representation of ones and zeros to code anything. The coding scheme here is a multi-layered fourfold symmetry, capable of modeling infinite diversity that captures functional to practical aspects that define any phenomenon or object. This scheme of coding lends itself to phenomena such as creation and emergence, and hence to a vast range of potential creative computation applications. Such a difference between construction, the focus of digital computing, and creation, the possible focus of quantum computing as elaborated in this book, is perhaps best captured by this image suggested by Albert Einstein: "Nature shows us only the tail of the lion. But there is no doubt in my mind that the lion belongs with it even if he cannot reveal himself to the eye all at once because of his huge dimension."
This book explores the origin of genetics through the lens of light, proposing that light’s infinite codified information precipitates into subtle-DNA structures, forming the foundation of genetic structure, heredity, and evolution. By examining the process through which light materializes across different layers of reality, it establishes a new framework for understanding genetics as a cosmic mechanism driven by quantum computation. The book also highlights the deep connection between ancient symbols, like the Shankha (conch shell), and modern scientific exploration, using nearly 150 illustrations to bridge ancient wisdom and cutting-edge quantum science. This work reinforces a novel category of quantum computation, positioning genetics as a creative process that unfolds through light’s progressive materialization, with implications for both technology and our understanding of reality.
This book proposes a process to create sustainable history that involves entering into an activation-state. Such an activation-state opens a quantum-window into layers of reality formed by light moving at different speeds. Collective meta-functions, whether of plants, animals, or humans exist in these layers and it is the enhancing or creation of such a meta-function that sets into motion a precise process of space, time, energy, and gravity quantization, by which the nature of reality can be changed. As such there is no uncertainty at these decisive moments of history, but a quantum-certainty that is worked out by the mathematical possibilities present at the time, and as elaborated by the mathematical model presented in the book. This book is the sixth in the Artistic Interpretation of a Cosmology of Light book series, and the sixteenth book to do with a cosmology of light and is accompanied by insightful pencil drawings and other art totaling 96 illustrations in all. The cover illustration depicts the inevitable precipitation and growth of diverse forces set into motion once deep yearning activates quantum certainty. The Rudra aspect is there to clear the ground so that space-time-energy-gravity quantization activated by quantum certainty, becomes fruitful. The Shiva aspect is there to continue to maintain some order until the next level of equilibrium is established.
This book is about Light. It is a story of Light from an apparent beginning to the present, and then also a story of that condition that transcends Time and is hence beginningless. The exploration has been based on imagining light existing at multiple constant speeds and extrapolating the impact of such conceptual spaces on the physical universe. Being so, it is a cosmology – it suggests a nature of the universe – in which all that is, is of Light. Hence, this book describes a Cosmology of Light. A key aspect of the cosmology is the notion of “quanta”, seen as a bridge mechanism that connects possibilities resident in other conceptual spaces to material existence. The medium chosen to express this nature is mathematics. Specifically, as will be discovered, a particular symmetrical “function-based” mathematics is formulated to express the nature of the cosmos. Further, this illustrated version seeks to create a more visceral feel for the mathematics by depicting it with a range of art – abstract, literal, pencil-drawn, computer-generated, and mythological. There are over 150 illustrations in this book providing deeper insight into key aspects of the cosmology. The cosmology describes how that which is unmanifest, manifests, leveraging a light-based, quaternary view of quantum dynamics to do so. In this view, the Self is a mathematical key, a mysterious variable, that delving into the whole that it is, can mathematically change the equilibrium of this dynamic creation. This is represented symbolically by the “quantization-chakra” in the cover illustration, which brings possibilities resident in all the layers of light into practical material existence, ushering in, as it were, a new type of endless creation where richness builds on richness and new types of super-matter on previous super-matter.
The Mandala Illustrated Story of Light explores a journey of light into more and more concrete layer’s of matter and life, using mandalas as an aid to enter more deeply into the journey. The journey begins with the slowing down of light to c, which is posited to have resulted in a Big Bang from which the process of the creation of the layers of matter began. Light projects properties of itself in each surfacing layer of matter and erect pathways, as it were, by which all of existence is structured. The base layer is that of the wavearchetype-electro-magnetic-masspotential spectrum. Quantum particles are light-property accumulations in this field or spectrum. These in turn create atoms, then molecules, and subsequently cells. Each of these layers has been architected by the innate four-foldness inherent in light. Human experience, including sensations, urges, emotions, feelings, will, and thought, and subsequently the structure of civilization are also seen to be projections of the four-foldness innate in light. This story reveals a deep oneness and because of that an innate power that exists in all creations, and reveals something of the deep mystery of Light.
Through a play of Light its codified properties project out to create layer upon layer of fourfold complexity. Space, Time, Gravity, and Energy are perhaps the first layer of Light’s codified properties and emerge as fundamental to cosmic dynamics to-date. Fields such as the electromagnetic field form a second layer. Then quantum particles, atoms, cells, and all the complexity of Natural and Human history form subsequent layers, all the while continuing to materialize the inherent fourfold-richness inherent in Light. The fate of such a continued fourfold development leading to a foundation of super-matter now lies in our hands. The scales of a quantum-cosmic balance depend on the extent to which a continued and cohesive space-time-energy-gravity quantization, fueled by will and other human faculties becomes operative. Such quantization spurred by the need for functional-richness results in super-matter.
Winner of the Wolf Prize for his contribution to our understanding of the universe, Penrose takes on the question of whether artificial intelligence will ever approach the intricacy of the human mind. 144 illustrations.
The point of this book is to illustrate a ubiquitous four-fold functionality that exists in the structuring of this universe. What has emerged through the process of time, starting with the big bang to modern Civilization, is not random but is ordered around this four-fold functionality of Presence, Knowledge, Harmony, and Service. These core functional principles are observed in the nature of reality as set up by light itself. These principles subsequently animate several layers of emergence starting from the ‘field’ level through the ‘quantum particle’ level, the level of ‘atoms,’ ‘cells’, and even ‘civilizations.’ This book will present a mathematics that elaborates the relationship, the four-fold functional relationship to be precise, which exists between one layer of emergence and the next. As such, the expression of the universe will be seen as unanimous with the expression of an evolving four-fold functional richness with more and more aspects and subtleties of the underlying four properties coming to the surface and shaping things. Many illustrations, 52 to be precise, appear throughout the body of this book. These have primarily been inspired by Indian mythological arts and introduce personalities, including Shakti, Sri Krishna, Surya, Shiva, Hanuman, Bhumi, Sita, Agni, Draupadi, Vayu, Jala, Mohini, Akash, and Ganga, amongst others. These personalities are well-known in Indian mythology and some of what they stand for fits seamlessly into the concepts of ‘emergence’ suggested by this book. For those who are already familiar with Indian mythology, this will add additional insight into the concepts of the book. For those who are being introduced to Indian mythology for the first time, some intuitive glance of the mythology may form due to the association of the illustration with the concept it has been coupled with.
This book addresses a broad community of physicists, engineers, computer scientists and industry professionals, as well as the general public, who are aware of the unprecedented media hype surrounding the supposedly imminent new era of quantum computing. The central argument of this book is that the feasibility of quantum computing in the physical world is extremely doubtful. The hypothetical quantum computer is not simply a quantum variant of the conventional digital computer, but rather a quantum extension of a classical analog computer operating with continuous parameters. In order to have a useful machine, the number of continuous parameters to control would have to be of such an astronomically large magnitude as to render the endeavor virtually infeasible. This viewpoint is based on the author’s expert understanding of the gargantuan challenges that would have to be overcome to ever make quantum computing a reality. Knowledge of secondary-school-level physics and math will be sufficient for understanding most of the text.