Brans-Dicke wormhole and space-time foam
A. G. Agnese, M. La Camera
TL;DR
This paper explores how Brans-Dicke scalar fields induce space-time fluctuations near black hole horizons, potentially affecting the structure of wormholes and the nature of space-time foam at quantum scales.
Contribution
It introduces a novel model linking Brans-Dicke scalar fields to space-time foam and wormholes, highlighting effects at Planck-scale near black hole horizons.
Findings
Space-time fluctuations are significant near black hole horizons.
Brans-Dicke scalar fields can influence the structure of wormholes.
Implications for quantum gravity and space-time foam are discussed.
Abstract
We introduce, by means of the Brans-Dicke scalar field, space-time fluctuations at scale comparable to Planck length near the event horizon of a black hole and examine their dramatic effects.
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