Entropic Spacetime Theory

The following sections are included:

• ENTROPIC SPACETIME THEORY — A COMMENT

• PREFACE

• CONTENTS

The following sections are included:

• An approach to space

• A cure for infinity

• Conservation of energy

• Quantization of space

• Dilation

The following sections are included:

• A quantitative description of space

• The Constant of elasticity

• Description of space

The following sections are included:

• Gravitational attraction—why not repulsion?

• The interface between Entropic SpaceTime and the kinetic system

• The acceleration of gravity from entropic data

• The Mach Principle

• Causality

• Gravitons

• The Density of EST space

• Energy content

• Time

• Conversion of conventional density to EST density

• How does gravity work?

• Buoyancy analogy

• Antigravity

The following sections are included:

• The vast mass of entropic spacetime

• One Friedmann universe

• Singularity

• Temperatures

• Equilibrium data on space quanta

• The age problem

• After the entropic equilibrium

• At equilibrium

• Touching on quantum field theory

• About matter collapsing into high densities

• The end of the contraction epoch

• Peering to the edge of time

• More on when the galaxies were created ?

• A rationale for dark matter

• A review of the entropic spacetime theory

• Internal gravitational force of space quanta

• On Great Attractors, the Wall, the Great Void

• The upper limit

• The dimensions of the universe

• Frequency ω

• Reconciling methods

The following sections are included:

• The horizon problem

• Unless

• Where are we today?

• Gravitational lens bending

• Time

• What happens to time at the big bang part of the cycle?

• Black holes?

The following sections are included:

• This is the justification for the model making in a shrinking universe

• Model 1. The specification for the smallest vector boson
  • Specifications

• Model 2. A beam of photons

• Model 3. Specification for vector boson capable of pair production

• Model 4. An electron

• Model 5. Phase change 1
  • Specification for a phase 1 vector boson

• Phase 2. A writhe
  • Specification for a phase 2 boson

• Phase 3. A writhe of writhes

• A conceptual quark

• Specification—quark

• Neutrons and protons

• Bosons and fermions

• The neutrino

• Model making and quantum mechanics

• Double slit experiment—Wave Particle duality

• Why a photon knows no time ?

• Time and velocity in a discrete universe

The following sections are included:

• The Coulomb law breakdown

• More on surfaces

• The classical radius of the electron

• Upon the anomaly of the electron magnetic moment

• The anomaly, as seen through Entropic Spacetime Theory

The following sections are included:

• Outside of the standard model

• A little more on quantum theory

• The analogy with Moiré sheets

The following sections are included:

• Conversion of entropic value to unitless identity

• Empiricals

• The Planck equations

• Tests

• Planck mass

The following sections are included:

• The strong force

• The weak force

• The gravitational force

• The electrical force

• Other derivations

• Summary

The following sections are included:

• Second Law

• Is there an interaction between matter and EST?

• A note about E_now

• More “Proofs”

The following sections are included:

• APPENDIX 1
  • Wavelength Ranges for Scalar Bosons, Vector Bosons and Fermions

• TABLES OF EST VALUES

• INDEX