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Grade level: 9, 10, 11, 12, i, s.
Episodic and disconnected, much of postmodern fiction mirrors the world as quantum theorists describe it, according to Samuel Chase Coale. In Quirks of the Quantum, Coale shows how the doubts, misgivings, and ambiguities reflected in the postmodern American novel have been influenced by the metaphors and models of quantum theory. Coale explains the basic facets of quantum theory in lay terms and then applies them to a selection of texts, including Don DeLillo's Underworld, Joan Didion's Democracy, and Thomas Pynchon's Against the Day. Using a new approach to literature and culture, this book aims to bridge the gap between science and the humanities by suggesting the many areas where they connect.
Quantum mechanics is said to be the most successful physical theory ever. It is, in fact, unique in its success when applied to concrete physical problems. On the other hand, however, it raises profound conceptual problems that are equally unprecedented. Quantum logic, the topic of this volume, can be described as an attempt to cast light on the puzzle of quantum mechanics from the point of view of logic. Since its inception in the famous 1936 paper by Birkhoff and von Neumann entitled, "The logic of quantum mechanics, quantum logic has undergone an enormous development. Various schools of thought and approaches have emerged, and there are a variety of technical results. The chapters of this volume constitute a comprehensive presentation of the main schools, approaches and results in the field of quantum logic. - Authored by eminent scholars in the field - Material presented is of recent origin representing the frontier of the subject - Provides the most comprehensive and varied discussion of Quantum Mechanics available
This monograph introduces involutive categories and involutive operads, featuring applications to the GNS construction and algebraic quantum field theory. The author adopts an accessible approach for readers seeking an overview of involutive category theory, from the basics to cutting-edge applications. Additionally, the author’s own recent advances in the area are featured, never having appeared previously in the literature. The opening chapters offer an introduction to basic category theory, ideal for readers new to the area. Chapters three through five feature previously unpublished results on coherence and strictification of involutive categories and involutive monoidal categories, showcasing the author’s state-of-the-art research. Chapters on coherence of involutive symmetric monoidal categories, and categorical GNS construction follow. The last chapter covers involutive operads and lays important coherence foundations for applications to algebraic quantum field theory. With detailed explanations and exercises throughout, Involutive Category Theory is suitable for graduate seminars and independent study. Mathematicians and mathematical physicists who use involutive objects will also find this a valuable reference.
""Timeless Echo"" plunges readers into a mind-bending world where time is a tapestry of layered realities. Lila, a brilliant young physicist, discovers an extraordinary ability to communicate with her alternate selves across parallel timelines. As she grapples with this newfound power, she uncovers a chilling threat that could unravel the very fabric of existence. Able's narrative masterfully blends urban fantasy with cutting-edge scientific concepts, creating a universe that feels both familiar and alien. Readers will be captivated by Lila's race against time to prevent the collapse of the multiverse, all while confronting her own fears and desires. The story explores the profound consequences of our choices and the interconnectedness of all things, challenging readers to question the nature of reality and identity. With its seamless fusion of quantum physics and fantastical elements, this young adult science fiction adventure offers a unique and thought-provoking journey through the corridors of time and possibility.
"Unlocking Infinity: The Extraordinary Saga of the Blind Mathematician" is a captivating and unique novel that seamlessly blends comedy and scientific exploration. In this remarkable tale, readers are introduced to the brilliant yet eccentric world of a blind mathematician who defies all odds to revolutionize the field of mathematics and propel quantum computing technology into the future. The story follows the life of our protagonist, a genius mathematician who loses their sight at a young age. Undeterred by this setback, they embark on a journey filled with wit, determination, and a dash of hilarity. Through their unorthodox methods and sheer genius, they stumble upon a groundbreaking discovery—the elusive Infinity Equation. As the blind mathematician delves deeper into the world of infinity, they find themselves at the forefront of the emerging field of quantum computing. With an unwavering sense of humor, they navigate the complexities of the quantum realm, often leading to comical mishaps and unexpected results. The lab becomes a stage for both scientific breakthroughs and uproarious situations, where laughter becomes an essential ingredient in their quest for knowledge. The novel explores the blind mathematician's unique perspective, showcasing their ability to perceive patterns and uncover hidden truths beyond the limitations of sight. Their journey is not without challenges, as they encounter rivalries, form unlikely alliances, and face both admiration and criticism from the scientific community. Through the blind mathematician's innovative applications of their discoveries, the novel highlights the vast potential of quantum computing in reshaping the technological landscape. Alongside the scientific advancements, the narrative intertwines comedic elements that arise from the blind mathematician's unconventional approaches and the humorous consequences of their creations. "Unlocking Infinity" offers a delightful blend of intellectual stimulation and laughter, captivating readers with its compelling characters, engaging plot, and clever humor. It invites audiences to ponder the boundless possibilities of science while appreciating the comedy that can be found amidst even the most complex and groundbreaking discoveries.
In this enlightening and provocative exploration, Dave Pruett sets out a revolutionary new understanding of our place in the universe, one that reconciles the rational demands of science with the deeper tugs of spirituality. Defining a moment in human self-awareness four centuries in the making, Reason and Wonder: A Copernican Revolution in Science and Spirit offers a way to move beyond the either/or choice of reason versus intuition—a dichotomy that ultimately leaves either the mind or the heart wanting. In doing so, it seeks to resolve an age-old conflict at the root of much human dysfunction, including today's global ecological crisis. An outgrowth of C. David Pruett's breakthrough undergraduate honors course, "From Black Elk to Black Holes: Shaping Myth for a New Millennium," Reason and Wonder embraces the insights of modern science and the wisdom of spiritual traditions to "re-enchant the universe." The new "myth of meaning" unfolds as the story of three successive "Copernican revolutions"—cosmological, biological, and spiritual—offers an expansive view of human potential as revolutionary as the work of Copernicus, Galilleo, and Darwin.
In the distant future, a team of skilled time travelers embarks on a mission to explore the mysteries of time. However, during an experiment gone awry, their time machine malfunctions, and they find themselves not in the era they intended but in a subterranean city called Teloz. Teloz is a multiverse nexus, a hub connecting various parallel worlds and timelines. Teloz, with its bioluminescent glow and diverse population of humans, aliens, and mythical creatures, resembles the enchanted landscapes of Middle Earth. The city is a harmonious blend of advanced technology and magical elements, hidden deep within the Earth.
Get the Summary of Stephen Hawking and Leonard Mlodinow's The Grand Design in 20 minutes. Please note: This is a summary & not the original book. Humans have always sought to understand the universe, a quest now led by scientists rather than philosophers. Classical physics, which describes macroscopic objects, fails at atomic levels, where quantum physics prevails. Richard Feynman's idea that quantum systems have every possible history challenges traditional views of reality...