Some thoughts on the quantum theory of stable de Sitter space

Mar, 2005
40 pages
e-Print:
Report number:
  • SCIPP-05-01

Citations per year

20052010201520202024024681012
Abstract:
I review and update ideas about the quantum theory of de Sitter space. New results include a quantum relation between energy and entropy of states in the causal patch, which is satisfied by small dS black holes. I also discuss the preliminaries of a quantum theory in global coordinates, which is invariant under a q-deformed version of the de Sitter supergroup. In this context I outline an algebraic derivation of the CSB scaling relation between Poincare SUSY breaking and the dS radius. I also review recent work on infra-red divergences in dS/CFT, as well as the phenomenology of CSB. I show that a coincidence been two scales in the phenomenological model is explained by insisting on the existence of galaxies.
Note:
  • JHEP3 Latex, 40 pages, 1 eps figure
  • HOLOGRAPHY
  • DE SITTER SPACE
  • SUPERSYMMETRY
  • quantization
  • Hamiltonian formalism
  • density matrix
  • space-time: de Sitter
  • phase space
  • black hole
  • quantum group