BLACK HOLE THERMODYNAMICS FOR PRODUCING HORIZON OSCILLATIONS

Journal Title: Aerospace Research in Bulgaria - Year 2016, Vol 28, Issue

Abstract

We present a scenario for addressing the information loss problem in black holes which preserves the unitarity of the S-matrix. Our approach is based on quantizing the curvature singularity using classical non-commutative geometry. Also we take advantage of the developments in unification of quantum mechanics and gravity to provide a two-dimensional holographic description of the event horizon. Hence we discretize the holographic screen (horizon) into individual pixels, Planck area in size, each carrying a degree of freedom. We provide a generic phenomenon which arises naturally from black hole perturbation theory to produce a remnant-free final stage evolution and omit the necessity of introducing an additional membrane, as it has been proposed by Susskind. A stronger version of the Page’s argument regarding the no-cloning theorem is considered.

Authors and Affiliations

Alexander Yosifov, Lachezar Filipov

Keywords

Related Articles

EXTENDED CATEGORISATION OF GROUND LEVEL ENHANCEMENTS (GLEs) OF COSMIC RAYS DUE TO RELATIVISTIC SOLAR ENERGETIC PARTICLES

The ground level enhancements (GLEs) due to solar cosmic rays (SCRs) are significant for a number of planetary processes on the Earth. The solar particles are the key for understanding of solar-terrestrial relations and...

CONNECTION BETWEEN PERIOD OF LOW-FREQUENCY COMPONENT WOLF'S NUMBERS (WNS) AND LENGTH OF WOLF'S NUMBERS SERIES

The long-period component of Sun's activity and Gleissberg cycle are in focus of this work. The main reason is they affect daily life on Earth, for instance minimum and maximum ages change each other. For the las...

Review of spectral vegetation indices and methods for estimation of crop bio physical variables

In present article a brief overview is presented on spectral vegetation indices and methods for estimation of crop main biophysical variables and their proxies. The main VIs used in estimation of nitrogen and chlorophyll...

GENERATING A PULSE-WIDTH MODULATED SIGNAL BY MEANS OF TIMER MODULE INTERRUPT OF PIC18F2550 MCU

The article hereby examines an approach towards pulse-width modulated (PWM) signal generation by means of PIC18F2550 microcontroller unit (MCU). The proposed technique employs the so-called internal interrupt by timer mo...

BLACK HOLE THERMODYNAMICS FOR PRODUCING HORIZON OSCILLATIONS

We present a scenario for addressing the information loss problem in black holes which preserves the unitarity of the S-matrix. Our approach is based on quantizing the curvature singularity using classical non-commutativ...

Download PDF file
  • EP ID EP177578
  • DOI -
  • Views 52
  • Downloads 0

How To Cite

Alexander Yosifov, Lachezar Filipov (2016). BLACK HOLE THERMODYNAMICS FOR PRODUCING HORIZON OSCILLATIONS. Aerospace Research in Bulgaria, 28(), 21-31. https://europub.co.uk/articles/-A-177578