Quantum Gravity: from Gravitational Waves to Gravitons
Quantum Aspects of Gravitation: gravitational waves, polarization, gravitons, vacuum to vacuum transition amplitudes
4.88 (8 reviews)
137
students
6.5 hours
content
Apr 2024
last update
$69.99
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What you will learn
Quantization of Gravity in Weak Gravitational Fields: Learn the fundamental principles behind the quantization of gravity within the framework of QFT
Derive and Understand Classical and Quantum Aspects of Gravity: Step-by-step derivation of classical and quantum aspects of gravity
Probability to find gravitons
Solve Equations for a Massless Spin-2 Field
Apply Path Integral and Partition Function in Quantum Gravity
Quantify Gravitons Using QFT
Interpret Polarization of Gravitational Waves
Derive properties of tensors and familiarize with them by doing step-by-step calculations
Perturbations of the metric tensor
Inverse metric tensor expressed as a perturbation series
Ricci tensor expressed as a perturbation series
Determinant of the metric tensor expressed as a perturbation series
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udemy ID
1/7/2024
course created date
1/9/2024
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