EU2C - Quantum Fields |
Speaker |
Sorge, Francesco |
Coauthors |
Wilson, Justin H. |
Talk Title |
Casimir Effect and Free Fall in a Schwarzschild Black Hole |
Abstract |
Scalar field vacuum energy and particle creation in a 3D Casimir apparatus, freely falling in the Schwarzschild spacetime, are considered in the reference frame of a comoving observer. Following Schwingers proper time approach, Casimir energy is evaluated from the effective action, resulting in a small correction to the flat spacetime case. Besides, a tiny amount of quanta excited out from the vacuum is found. Both effects are discussed, drawing attention to the role of the underlying spacetime dimensionality. |
Talk view |
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