What if the universe is not made of separate things?
For centuries, science imagined reality as a world of local causes: objects here, objects there, influences traveling through space, and hidden properties waiting to be revealed. But quantum mechanics shattered that classical dream.
In John Bell and the Nonlocal Universe, Clayton Louis Turnage tells the gripping story of the quiet physicist who turned one of the deepest philosophical arguments in science into an experimental test.
Einstein believed quantum mechanics was incomplete. Bohr defended the strange new language of Copenhagen. David Bohm revived hidden variables and accepted the shocking possibility of nonlocality. Then John Bell asked the question that changed everything:
Could any local hidden-variable theory reproduce the predictions of quantum mechanics?
Bell’s answer became one of the most profound results in modern physics. His theorem showed that if the world were governed by local hidden variables, certain correlations between distant particles could not exceed a specific limit. But quantum mechanics predicted that entangled particles would violate that limit — and experiments later confirmed it.
This book explores:
Written for curious readers, science lovers, philosophers, and seekers of hidden order, John Bell and the Nonlocal Universe reveals why Bell’s theorem is not just a technical result — it is a turning point in humanity’s understanding of reality itself.
Bell did not tell us exactly what the universe is.
He showed us what it cannot be.
The world is not locally classical.
And once that truth is understood, the foundations of reality can never look the same again.
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Taschenbuch. Etat : Neu. Neuware - What if the universe is not made of separate things For centuries, science imagined reality as a world of local causes: objects here, objects there, influences traveling through space, and hidden properties waiting to be revealed. But quantum mechanics shattered that classical dream.In John Bell and the Nonlocal Universe, Clayton Louis Turnage tells the gripping story of the quiet physicist who turned one of the deepest philosophical arguments in science into an experimental test.Einstein believed quantum mechanics was incomplete. Bohr defended the strange new language of Copenhagen. David Bohm revived hidden variables and accepted the shocking possibility of nonlocality. Then John Bell asked the question that changed everything: Could any local hidden-variable theory reproduce the predictions of quantum mechanics Bell's answer became one of the most profound results in modern physics. His theorem showed that if the world were governed by local hidden variables, certain correlations between distant particles could not exceed a specific limit. But quantum mechanics predicted that entangled particles would violate that limit - and experiments later confirmed it.This book explores: - Einstein's unfinished challenge to quantum mechanics- Bohm's hidden-variable theory and its nonlocal cost- Bell's theorem and the meaning of Bell inequalities- Entanglement as the test case for reality- Clauser, Aspect, Zeilinger, and the experimental revolution- Why Bell did not disprove all hidden variables- What Bell actually proved about locality, realism, and quantum reality- How Bell's work opened the door to quantum information, many worlds, and new visions of physical realityWritten for curious readers, science lovers, philosophers, and seekers of hidden order, John Bell and the Nonlocal Universe reveals why Bell's theorem is not just a technical result - it is a turning point in humanity's understanding of reality itself.Bell did not tell us exactly what the universe is.He showed us what it cannot be.The world is not locally classical.And once that truth is understood, the foundations of reality can never look the same again. N° de réf. du vendeur 9798187831814
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Paperback. Etat : new. Paperback. What if the universe is not made of separate things?For centuries, science imagined reality as a world of local causes: objects here, objects there, influences traveling through space, and hidden properties waiting to be revealed. But quantum mechanics shattered that classical dream.In John Bell and the Nonlocal Universe, Clayton Louis Turnage tells the gripping story of the quiet physicist who turned one of the deepest philosophical arguments in science into an experimental test.Einstein believed quantum mechanics was incomplete. Bohr defended the strange new language of Copenhagen. David Bohm revived hidden variables and accepted the shocking possibility of nonlocality. Then John Bell asked the question that changed everything: Could any local hidden-variable theory reproduce the predictions of quantum mechanics?Bell's answer became one of the most profound results in modern physics. His theorem showed that if the world were governed by local hidden variables, certain correlations between distant particles could not exceed a specific limit. But quantum mechanics predicted that entangled particles would violate that limit - and experiments later confirmed it.This book explores: Einstein's unfinished challenge to quantum mechanicsBohm's hidden-variable theory and its nonlocal costBell's theorem and the meaning of Bell inequalitiesEntanglement as the test case for realityClauser, Aspect, Zeilinger, and the experimental revolutionWhy Bell did not disprove all hidden variablesWhat Bell actually proved about locality, realism, and quantum realityHow Bell's work opened the door to quantum information, many worlds, and new visions of physical realityWritten for curious readers, science lovers, philosophers, and seekers of hidden order, John Bell and the Nonlocal Universe reveals why Bell's theorem is not just a technical result - it is a turning point in humanity's understanding of reality itself.Bell did not tell us exactly what the universe is.He showed us what it cannot be.The world is not locally classical.And once that truth is understood, the foundations of reality can never look the same again. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. N° de réf. du vendeur 9798187831814
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