TL;DR
This paper investigates moving defects in AdS space using AdS/CFT, revealing how their energy loss and related phenomena are governed by induced horizons, providing insights into dual quantum field theories.
Contribution
It introduces a novel analysis of moving defects in AdS/CFT, linking their dynamics to world-volume horizons and gravitational phenomena.
Findings
Energy loss of defects is governed by induced world-volume horizons.
Identifies analogs of black holes, Hawking-Page transition, and cosmological horizons on the defect world-volume.
Provides a new perspective on defect dynamics and dual QFT behavior.
Abstract
We study defects of various dimensions moving through Anti-de Sitter space. Using the AdS/CFT correspondence this allows us to probe aspects of the dual quantum field theory. We focus on the energy loss experienced by these defects as they move through the CFT plasma. We find that the behavior of these physical quantities is governed by induced world-volume horizons. We identify world-volume analogs for several gravitational phenomena including black holes, the Hawking-Page phase transition and expanding cosmological horizons.
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