This document contains the lecture notes for Bernd Binder's "Towards a Self-Consistent and Controllable Graviton Flux", as presented at STAIF 2007. Potential applications as described by Binder could be in solid state superconductors (exotic materials) able to host high-dimensional network flux topologies with proper scaling and dynamics...

"To access and control the flux in the 4th spatial dimension (that flows through a 3-hypersurface or 3-brane) it is important to understand the higher dimensional flux topology. A higher dimensional structure can be encoded in a lower dimension. This is the well know holographic principle, in the context of gravity proposed by Stephens and 't Hooft - a conceptual breakthrough in theoretical physics. The holographic principle introduces a degree of quantum non locality into gravity that could lead to instability. To get the necessary stability we assume that the underlying graviton flux represents a self-consistent or self-regenerating quantum hologram with backreaction." - Bernd Binder

File Size: 311kb (PDF 7)
PDF Link: Self-Consistent & Controllable Graviton Flux Presentation

Abstract: Towards a Self-Consistent & Controllable Graviton Flux

Related Links: Towards a Self-Consistent & Controllable Graviton Flux (Full Paper), Spacetime Memory: Phase-Locked Geometric Phases, More Papers at Quanics.Com, Binder's Quantum Mechnics Java Software Simulation Downloads