A Fundamental Scale for Acceleration from the Holographic Principle
Scott Funkhouser
Abstract
From the Eddington-Weinberg relationship, which may be explained by the holographic principle and the cosmic coincidence in a flat Universe, it follows that the characteristic gravitational acceleration aN associated with the nucleon and its Compton wavelength is of order the Hubble acceleration H0c in this epoch. A natural scaling for the cosmological constant is obtained from this acceleration term. It also happens that the critical acceleration a0 associated with the MOND theory is of order aN.
Create a lesson
Related papers
Deriving Schwarzschild and Kerr from the Einstein Equivalence Principle
G. Alencar
Binary Classifier Wire-Resistance Attack on KLJN: Bayes-Optimal Limit at a Narrow Resistor Gap
Mehmet Yildirim, Fahrettin Ay, Laszlo B. Kish
On the notion of kinetic energy in a spacetime of maximal proper acceleration
Ricardo Gallego Torromé
Is MOND an effect of cosmic frame-dragging à la Mach?
Manuel Uruena Palomo
Partially Thermalized eV-Scale Sterile Neutrinos in Dynamical Dark Energy and Non-Flat Cosmologies
Gopal Kashyap, Kanhaiya Lal Pandey
Metric Variation of the Energy-Momentum Tensor of a Perfect Fluid and Its Applications to Cosmology and Neutron Stars
Pham Van Ky