Testing the Equivalence Principle

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A more detailed analysis Tests of the universality of c Operational foundation of Riemannian structures Limiting velocity of electrons deflector e source e − accelerator γ e − target L e − γ p detector e detector Result Giurogossian et al, PRD 1965 ∣ v max e − c c ∣ ≤ 10−6 Other tests by Brown et al, PRD 1963, Alspector et al, PRL 1976, Kalbfleisch et al, PRL 1976 with result of same order of accuracy C. Lämmerzahl (ZARM, Bremen) Testing the Equivalence Principle Tübingen, June 19, 2012 37 / 99
Outline 1 Introduction More degrees of freedom 2 A more detailed analysis Implications of the UFF Operational foundation of Riemannian structures 3 More degrees of freedom 4 The Equivalence Principle in the quantum domain Interference experiments Accelerated frames Apparent violations of the Universality of Free Fall 5 Order of equations of motion 6 * Existence of inertial systems 7 Creation of the gravitational field Newton potential The Universality of the Gravitational Field 8 Further issues Relation to Newton’s axioms * Operational foundation of Riemannian structures 1 9 Summary C. Lämmerzahl (ZARM, Bremen) Testing the Equivalence Principle Tübingen, June 19, 2012 38 / 99
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Testing the Equivalence Principle C
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The Bremen drop tower Space Science
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Outline 1 Introduction 2 A more det
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Outline 1 Introduction Introduction
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Geometrization Introduction There a
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Page 57 and 58: A more detailed analysis MICROSCOPE
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Page 111 and 112: Outline 1 Introduction Creation of
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Page 117 and 118: Creation of the gravitational field
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Creation of the gravitational field
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Outline 1 Introduction Further issu
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Newton’s axioms Further issues Re
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Light Further issues * Operational
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Particles Further issues * Operatio
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Compatibility Further issues * Oper
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Riemannian structure Further issues
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Riemannian structure Further issues
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Main theme Summary Test particles G
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Summary Summary All fundamental pos
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