NPQG Book Outline

Imagine that nature emerges from a Euclidean 3D void space populated with immutable oppositely charged Planck spheres, which we call the electrino and the positrino. These are the only carriers of energy, in electromagnetic and kinetic form. They observe classical mechanics and Maxwell’s equations. Nature overlays Euclidean space (Map 1) with a lightly interacting Riemannian spacetime æther (Map 2). 𝗡𝗣𝗤𝗚 is compatible with GR, QM, and ΛCDM observations, while providing a superior narrative that explains nature and the universe.
For 𝗡𝗣𝗤𝗚 basics see: Idealized Neoclassical Model and the NPQG Glosssary.

I intend to weave together NPQG articles and posts into an online open access book here on this site. I’ve provided a rough outline below and I will be linking up existing posts as time permits and evolving the outline. Eventually this will become the home page of the site.

NPQG Book Outline

  • Introduction to NPQG
  • The State of the Art in Physics and Cosmology
  • Imagination and Creativity
    • Requirements
      • Compatibility with general relativity math
      • Compatibility with quantum mechanics math
      • Nothing mystical
      • Compatibility with experiment
      • Solves major open problems
    • Imagining scale
    • Suspension of disbelief
    • Objectives
      • Fresh or refreshed narratives
      • Degrees of creative freedom
      • Solve the Universe
  • The Foundation of the Universe
    • 3D Euclidean space
      • Flat, not curvy ala Einstein
      • Larger than visible Universe (potentially infinite)
    • The Planck scale
    • Two Planck scale particles
      • Electrino and Positrino
      • Immutable
      • Groups of dipoles form shells (bubbles)
      • Shells inflate as they lose energy (aka drop in temperature).
      • Wave / particle duality – the wave is the shell. The particle can refer to the payload as well as the payload+shell.
    • Energy carried by fundamental particles
    • Maxwell’s equations (light version)
    • Emergence
  • Constructing particles of the standard model
    • Background on the standard model
    • Shells or Bubbles
    • Payloads (nuclei)
    • Composite particle formulations
    • Neutrino oscillation
    • Possible Appendix that goes through Particle Data Book and looks for missing reaction particles
  • What is spacetime æther?
    • Axion like particles?
    • The energy content and temperature of spacetime æther
      • relation to CMB
      • relation to mass energy waves
      • we are surrounded by low energy spacetime æther
      • The Lorentz factor
    • Permittivity and Permeability
      • Local speed of light
    • Does spacetime flow?
      • Outwards from Planck plasma sources? Active galaxies? Galaxy local expansion.
      • Do spacetime particles flow into black holes?
  • What is Mass?
    • Interacting wave equations
    • Lossless interaction
    • Ebb and flow of mass energy flux
  • Light and Photons
    • The local speed of light
    • Lensing
    • The energy loss curve of a photon by energy (frequency, wavelength) in varying energy spacetime
    • Redshift and its forms and causes
  • Black Holes: Galaxy local inflation and jets
    • Review the narrative of Inflation and Big Bang
    • Planck cores (and mass disappearance)
    • Entropy
    • Breaching the event horizon
    • Planck plasma
    • Galaxy seeding (Arb, Burbridge)
    • Exceeding the speed of light (superluminality)
    • Implications for the age of the universe
  • Galaxy rotation curves
    • The Dark Matter problem
    • Spacetime mass density
    • Mass disappearance inside Planck cores
    • Matter-energy and mass reappearance via jets
    • Formation of axion spacetime particles and standard model particles
  • Expansion
    • Review dark energy
    • Review expansion theories
    • Galaxy local expansion
      • spacetime æther outflow vs. matter inflow
      • Is it balanced?
      • Does the balance of spacetime vs. standard matter ebb and flow?
  • Atomic and Nuclear Physics
  • Physical Chemistry
  • Leveraging NPQG
    • Energy
      • Extracting energy from spacetime æther
    • Manufacturing
    • Risks
      • Accessibility to technology
      • Weapons of destruction
  • Philosophical topics
    • Where did the fundamental constituents come from?
    • How large is the universe?
      • Can spacetime freeze?
    • How old is the universe?
      • Was there a beginning?
      • Will there be an end?
    • Simulation
    • Free will
    • Individuals in a future with AGI and Robotics
      • Augmenting individuals with AGI and/or robotics.
      • The rights of an individual being
      • The bounds on individual beings
    • Setting an ultimate objective
      • Survival of intelligent individuals
      • Populating our solar system
      • Populating our galaxy
      • Populating the universe
  • The Physics and Cosmology Bone Pile
    • Dirac’s large number hypothesis
    • Dicke’s cosmology
    • De Broglie – Bohm – Bohmian Mechanics – Pilot Waves
  • Incorrect Narratives that Arose from GR and QM
    • One time inflationary Big Bang
    • Age of Universe
    • Fields without physical particles
    • Dark matter
    • Dark energy
    • Expansion of Spacetime
    • Redshift from universe expansion
    • Constant speed of light
    • Nothing escapes a black hole other than Hawking radiation
  • New solutions for the paradoxes, conundrums, and unsolved paradoxes
  • The New Narrative of Physics and Cosmology
    • Put all the ideas together in sequence of recycling loops

J Mark Morris : San Diego : California : May 23, 2020

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