Variational Approach To Studying Solitary Waves In The Nonlinear Schrodinger Equation With Complex Potentials, Spatially Periodic Potentials With The Periods Of The Real And Imaginary Part, Wormholes, The Weak Energy Condition, And Scalar-Tensor Gravity,

Abstract

We study the following system: Variational Approach To Studying Solitary Waves In The Nonlinear Schrodinger Equation With Complex Potentials, Spatially Periodic Potentials With The Periods Of The Real And Imaginary Part, Wormholes, The Weak Energy Condition, And Scalar-Tensor Gravity, Geometry, Matter Content, Gravitational Red-Shift And Circular Orbits In Wormholes, Entanglement, Scaling, And The Meaning Of The Wave Function In Protective Measurement, Exact Holographic Mapping And Emergent Space-Time Geometry, Quantum Quench Of The Coupled Chains Is Mapped To Dynamics Of The Worm-Hole, ER=EPR Suggests That The Two Views Of Quantum Reality Are ―Complementary, Entanglement To Be Equivalent To A Wormhole

The full paper: http://www.iiste.org/PDFshare/APTA-PAGENO-787073-793626.pdf