eFTC090601
Quantum Black Holes as Planck Scale Gamow States (extended version) 

Author: Y. Leblanc (eFieldTheory.COM) Email: AbstractAstonishingly, the concept of black hole entropy is still thriving among the quantum black hole researchers club. Recalling our important 1992 formal proof of the inconsistency of BekensteinHawking Black Hole Thermodynamics as well as recent proofs by the Belinski group of the nonexistence of the Unruh and Hawking effects in MeanField theory, we emphasize the complete mathematical collapse of the Hawking theory of black holes as thermal objects. Instead, making use of the 1992 LeblancHarms WKB pure state theory, quantum black holes are identified as massive pbrane or string excitations. Recognizing the resonant nature of such excitations, the proper quantization of these objects requires the use of socalled rigged Hilbert spaces. Consequently, quantum black holes correspond to Planck scale Gamow states. Copyright Â© 2009 Yvan Leblanc. All rights reserved
PACS: 4.60.+n, 11.17.+y, 97.60.Lf Cite as: Leblanc, Y., "Quantum Black Holes as Planck Scale Gamow States", Extended version of a presentation at the Twelfth Marcel Grossman Meeting (MG12), Parallel Session SQG5  Quantum Fields (UNESCO Headquarters, Paris, July 1218, 2009). Manuscript no. eFTC090601 (2009). http://www.efieldtheory.com/abs/?eFTC090601
Reference to the short version in the MG12 proceedings: 





