NCQFT on Rindler; Noncommutative Rindler & Black Hole (1-08–2-08)

Author Commentary Below: A few notations from this notebook, to indicate topics covered. Author’s page numbering is ignored, any page numbers referenced below are from the scanned PDF documents.

**Notebook: January 2008-February 2008 https://gaugegravity.com/wp-content/uploads/2022/07/Vol-9-Notebook-7-2006-contd-1-2008.pdf **Author had added Pages 1-44, from 2006, to the beginning of this notebook.

  • (p.45-57) Change of coordinates to Rindler Space as a gauge transformation.
  • A Connection to String Theory. (embed)
Strings-Connection

(p. 63) Project: Noncommutative Rindler and Black Hole

(p. 70-71) How does a holographic correspondence like AdS/CFT describe the local physics of observers in a particular spacetime?…How does the asymptotic observer use the fact that he is in AdS space?

Local-physics-of-observers

(p. 87-88) Rindler Space and Goals of Project.

Rindler-space-goals-of-project

(p. 136-139) Back to the hunt for (a + a+)N . Page 75 & 76 (pdf p. 136-139) ha(ve) the most relevant formulae.

Most-relevant-formulae-aa-1

(p. 167-169) Review

5.-Review