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Paperback. Zustand: New. Every individual, from the most profound thinker to the casual observer, is composed of atoms -?approximately 6.71?10^27 of them. These aren?t just any atoms . they?re the same ones that construct galaxies, stars, and the vast expanse of the universe. Predominantly, we?re made of water molecules and a diverse mix of organic molecules. Intriguingly, every single one of these atoms operates under the deterministic laws of quantum electrodynamics. These laws, known since the 1950s, form the bedrock of chemistry, biology, and by extension, life as we know it. If the laws of physics fully determine the motion of every atom in our body, how could we possibly have free will -?or do we have it after all.…

Paperback. Zustand: new. Paperback. Every individual, from the most profound thinker to the casual observer, is composed of atoms -approximately 6.7110^27 of them. These arent just any atoms . theyre the same ones that construct galaxies, stars, and the vast expanse of the universe. Predominantly, were made of water molecules and a diverse mix of organic molecules. Intriguingly, every single one of these atoms operates under the deterministic laws of quantum electrodynamics. These laws, known since the 1950s, form the bedrock of chemistry, biology, and by extension, life as we know it. If the laws of physics fully determine the motion of every atom in our body, how could we possibly have free will -or do we have it after all? Destined yet unpredictable: A new science of free will reconciling determinism, irreducibility, agency, and AI through physics and computation. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

Paperback. Zustand: New. Every individual, from the most profound thinker to the casual observer, is composed of atoms -?approximately 6.71?10^27 of them. These aren?t just any atoms . they?re the same ones that construct galaxies, stars, and the vast expanse of the universe. Predominantly, we?re made of water molecules and a diverse mix of organic molecules. Intriguingly, every single one of these atoms operates under the deterministic laws of quantum electrodynamics. These laws, known since the 1950s, form the bedrock of chemistry, biology, and by extension, life as we know it. If the laws of physics fully determine the motion of every atom in our body, how could we possibly have free will -?or do we have it after all.…

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Taschenbuch. Zustand: Neu. Neuware - Every individual, from the most profound thinker to the casual observer, is composed of atoms - approximately 6.71×10^27 of them. These aren't just any atoms . they're the same ones that construct galaxies, stars, and the vast expanse of the universe. Predominantly, we're made of water molecules and a diverse mix of organic molecules. Intriguingly, every single one of these atoms operates under the deterministic laws of quantum electrodynamics. These laws, known since the 1950s, form the bedrock of chemistry, biology, and by extension, life as we know it. If the laws of physics fully determine the motion of every atom in our body, how could we possibly have free will - or do we have it after all. …

Paperback. Zustand: New. Every individual, from the most profound thinker to the casual observer, is composed of atoms -?approximately 6.71?10^27 of them. These aren?t just any atoms . they?re the same ones that construct galaxies, stars, and the vast expanse of the universe. Predominantly, we?re made of water molecules and a diverse mix of organic molecules. Intriguingly, every single one of these atoms operates under the deterministic laws of quantum electrodynamics. These laws, known since the 1950s, form the bedrock of chemistry, biology, and by extension, life as we know it. If the laws of physics fully determine the motion of every atom in our body, how could we possibly have free will -?or do we have it after all.…

Paperback. Zustand: new. Paperback. Every individual, from the most profound thinker to the casual observer, is composed of atoms -approximately 6.7110^27 of them. These arent just any atoms . theyre the same ones that construct galaxies, stars, and the vast expanse of the universe. Predominantly, were made of water molecules and a diverse mix of organic molecules. Intriguingly, every single one of these atoms operates under the deterministic laws of quantum electrodynamics. These laws, known since the 1950s, form the bedrock of chemistry, biology, and by extension, life as we know it. If the laws of physics fully determine the motion of every atom in our body, how could we possibly have free will -or do we have it after all? Destined yet unpredictable: A new science of free will reconciling determinism, irreducibility, agency, and AI through physics and computation. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability. …

Zustand: New.

Paperback. Zustand: New. Every individual, from the most profound thinker to the casual observer, is composed of atoms -?approximately 6.71?10^27 of them. These aren?t just any atoms . they?re the same ones that construct galaxies, stars, and the vast expanse of the universe. Predominantly, we?re made of water molecules and a diverse mix of organic molecules. Intriguingly, every single one of these atoms operates under the deterministic laws of quantum electrodynamics. These laws, known since the 1950s, form the bedrock of chemistry, biology, and by extension, life as we know it. If the laws of physics fully determine the motion of every atom in our body, how could we possibly have free will -?or do we have it after all.…

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Buch. Zustand: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -General relativity and quantum mechanics are the twin pillars of modern physics, yet their unification remains one of the deepest open problems in science. This volume explores the fertile territory where these frameworks meet, the semiclassical frontier, asking what can be reliably calculated when quantum fields propagate on curved spacetime and when gravity affects quantum systems. The contributions survey quantum field theory in curved spacetime, black hole thermodynamics, and the black hole information paradox, including recent work on entanglement islands and Page curves. They analyze gravitational phase shifts in matter-wave interferometry, quantum effects in realistic black hole environments, and the role of entropy and entanglement in semiclassical gravity. The book also reviews theoretical extensions such as extra-dimensional models of the hierarchy problem and supersymmetric systems that illuminate vacuum energy cancellations and the structure of quantum spectra. A recurring theme is that entropy and entanglement appear across seemingly disparate contexts, including Hawking radiation, quantum extremal surfaces, interferometry, and supersymmetric toy models, suggesting that these concepts lie at the heart of any future theory of quantum gravity. Throughout, the chapters emphasize explicit, worked calculations such as phase-shift formulas, entropy prescriptions, and partition functions that readers can follow, modify, and apply in their own research. Aimed at advanced students and researchers, this volume offers a rigorous, self-contained overview of current tools at the quantum-gravity interface. It does not claim a final theory, but it does provide a clear map of the questions that can now be posed precisely, the methods available to address them, and the experimental and observational arenas, from atom interferometry to black hole imaging, where semiclassical ideas can be tested. 118 pp. Englisch.…

Buch. Zustand: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - General relativity and quantum mechanics are the twin pillars of modern physics, yet their unification remains one of the deepest open problems in science. This volume explores the fertile territory where these frameworks meet, the semiclassical frontier, asking what can be reliably calculated when quantum fields propagate on curved spacetime and when gravity affects quantum systems. The contributions survey quantum field theory in curved spacetime, black hole thermodynamics, and the black hole information paradox, including recent work on entanglement islands and Page curves. They analyze gravitational phase shifts in matter-wave interferometry, quantum effects in realistic black hole environments, and the role of entropy and entanglement in semiclassical gravity. The book also reviews theoretical extensions such as extra-dimensional models of the hierarchy problem and supersymmetric systems that illuminate vacuum energy cancellations and the structure of quantum spectra. A recurring theme is that entropy and entanglement appear across seemingly disparate contexts, including Hawking radiation, quantum extremal surfaces, interferometry, and supersymmetric toy models, suggesting that these concepts lie at the heart of any future theory of quantum gravity. Throughout, the chapters emphasize explicit, worked calculations such as phase-shift formulas, entropy prescriptions, and partition functions that readers can follow, modify, and apply in their own research. Aimed at advanced students and researchers, this volume offers a rigorous, self-contained overview of current tools at the quantum-gravity interface. It does not claim a final theory, but it does provide a clear map of the questions that can now be posed precisely, the methods available to address them, and the experimental and observational arenas, from atom interferometry to black hole imaging, where semiclassical ideas can be tested.…

Hardcover. Zustand: new. Hardcover. General relativity and quantum mechanics are the twin pillars of modern physics, yet their unification remains one of the deepest open problems in science. This volume explores the fertile territory where these frameworks meet, the semiclassical frontier, asking what can be reliably calculated when quantum fields propagate on curved spacetime and when gravity affects quantum systems.The contributions survey quantum field theory in curved spacetime, black hole thermodynamics, and the black hole information paradox, including recent work on entanglement islands and Page curves. They analyze gravitational phase shifts in matter-wave interferometry, quantum effects in realistic black hole environments, and the role of entropy and entanglement in semiclassical gravity. The book also reviews theoretical extensions such as extra-dimensional models of the hierarchy problem and supersymmetric systems that illuminate vacuum energy cancellations and the structure of quantum spectra.A recurring theme is that entropy and entanglement appear across seemingly disparate contexts, including Hawking radiation, quantum extremal surfaces, interferometry, and supersymmetric toy models, suggesting that these concepts lie at the heart of any future theory of quantum gravity. Throughout, the chapters emphasize explicit, worked calculations such as phase-shift formulas, entropy prescriptions, and partition functions that readers can follow, modify, and apply in their own research.Aimed at advanced students and researchers, this volume offers a rigorous, self-contained overview of current tools at the quantumgravity interface. It does not claim a final theory, but it does provide a clear map of the questions that can now be posed precisely, the methods available to address them, and the experimental and observational arenas, from atom interferometry to black hole imaging, where semiclassical ideas can be tested. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Buch. Zustand: Neu. This item is printed on demand - Print on Demand Titel. Neuware -General relativity and quantum mechanics are the twin pillars of modern physics, yet their unification remains one of the deepest open problems in science. This volume explores the fertile territory where these frameworks meet, the semiclassical frontier, asking what can be reliably calculated when quantum fields propagate on curved spacetime and when gravity affects quantum systems. The contributions survey quantum field theory in curved spacetime, black hole thermodynamics, and the black hole information paradox, including recent work on entanglement islands and Page curves. They analyze gravitational phase shifts in matter-wave interferometry, quantum effects in realistic black hole environments, and the role of entropy and entanglement in semiclassical gravity. The book also reviews theoretical extensions such as extra-dimensional models of the hierarchy problem and supersymmetric systems that illuminate vacuum energy cancellations and the structure of quantum spectra. A recurring theme is that entropy and entanglement appear across seemingly disparate contexts, including Hawking radiation, quantum extremal surfaces, interferometry, and supersymmetric toy models, suggesting that these concepts lie at the heart of any future theory of quantum gravity. Throughout, the chapters emphasize explicit, worked calculations such as phase-shift formulas, entropy prescriptions, and partition functions that readers can follow, modify, and apply in their own research. Aimed at advanced students and researchers, this volume offers a rigorous, self-contained overview of current tools at the quantum-gravity interface. It does not claim a final theory, but it does provide a clear map of the questions that can now be posed precisely, the methods available to address them, and the experimental and observational arenas, from atom interferometry to black hole imaging, where semiclassical ideas can be tested.Books on Demand GmbH, Überseering 33, 22297 Hamburg 118 pp. Englisch.…

Buch. Zustand: Neu. Quantum Theory Meets Gravity - From Curved Spacetime to Black Hole Information | From Curved Spacetime to Black Hole Information | Oliver K. Baker (u. a.) | Buch | Englisch | 2026 | IntechOpen | EAN 9781836346029 | Verantwortliche Person für die EU: preigu GmbH & Co. KG, Lengericher Landstr. 19, 49078 Osnabrück, mail[at]preigu[dot]de | Anbieter: preigu Print on Demand. …