A Brief Editorial on de Sitter Radiation via Tunneling
A.J.M. Medved

TL;DR
This paper discusses the tunneling approach to de Sitter radiation, responds to recent criticisms, and clarifies the method's capabilities and limitations in calculating the radiative temperature.
Contribution
It provides a defense and clarification of the tunneling methodology for de Sitter radiation against recent criticisms and revisions.
Findings
Reaffirms the validity of tunneling calculations for de Sitter temperature
Clarifies the scope and limitations of the tunneling framework
Responds to recent critiques to defend previous results
Abstract
Very recently (by which we mean two days ago), Y. Sekiwa submitted a paper [arXiv:0802.3266] that dismisses some previous calculations of the de Sitter radiative temperature. Significantly, these calculations employed the (so-called) tunneling methodology, which the stated author then goes on to correspondingly revise. After briefly commenting on what the tunneling framework can be claimed to say and what it cannot, we respond to the author's criticisms and proposed revision.
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Taxonomy
TopicsBlack Holes and Theoretical Physics · Cosmology and Gravitation Theories · Quantum Electrodynamics and Casimir Effect
