timethickness

timethicknesstimethicknesstimethickness
Home
PROJECT
  • Welcome
  • Bienvenue/en cours
  • Willkommen/in bearbeitung
  • Bienvenidos/en curso
  • Benvenuti/in corso
ESSENTIALS
  • Dialogues Intro
  • Dialogues Contents
  • Dialogues Evolution
eBooks
  • e-Book Table of Content
  • Web Book work in progress
  • Downloads work in progr.
Events
  • metaphysics
  • art
  • physics
  • dark matter
  • quantized matter
  • subatomic events
  • entangled events
Contacts

timethickness

timethicknesstimethicknesstimethickness
Home
PROJECT
  • Welcome
  • Bienvenue/en cours
  • Willkommen/in bearbeitung
  • Bienvenidos/en curso
  • Benvenuti/in corso
ESSENTIALS
  • Dialogues Intro
  • Dialogues Contents
  • Dialogues Evolution
eBooks
  • e-Book Table of Content
  • Web Book work in progress
  • Downloads work in progr.
Events
  • metaphysics
  • art
  • physics
  • dark matter
  • quantized matter
  • subatomic events
  • entangled events
Contacts
More
  • Home
  • PROJECT
    • Welcome
    • Bienvenue/en cours
    • Willkommen/in bearbeitung
    • Bienvenidos/en curso
    • Benvenuti/in corso
  • ESSENTIALS
    • Dialogues Intro
    • Dialogues Contents
    • Dialogues Evolution
  • eBooks
    • e-Book Table of Content
    • Web Book work in progress
    • Downloads work in progr.
  • Events
    • metaphysics
    • art
    • physics
    • dark matter
    • quantized matter
    • subatomic events
    • entangled events
  • Contacts
  • Home
  • PROJECT
    • Welcome
    • Bienvenue/en cours
    • Willkommen/in bearbeitung
    • Bienvenidos/en curso
    • Benvenuti/in corso
  • ESSENTIALS
    • Dialogues Intro
    • Dialogues Contents
    • Dialogues Evolution
  • eBooks
    • e-Book Table of Content
    • Web Book work in progress
    • Downloads work in progr.
  • Events
    • metaphysics
    • art
    • physics
    • dark matter
    • quantized matter
    • subatomic events
    • entangled events
  • Contacts

NSO/AURA/NSF - Daniel K. Inouye Solar Telescope - Image color and size graphical elaborations only apply

Time Thickness Conjecture e-Book

Giovanni Fois



Copyright © 2025 by Giovanni Fois

All rights reserved. This e-Book or any portion thereof

may not be reproduced or used in any manner whatsoever

without the express written permission of the author

except for the use of brief quotations in a book review.


Copyright.info 


ISBN not yet issued




Disclaimer


                   This is a work of inductive research. Reasoning patterns, concept formulation, naming, graphical visualizations, 3D objects, and page layout, as well as the totality of the written content, are the product of the author's imagination. None of the lines of thought and content hereby presented have been part of previous cooperative shared research external to this work; if similarities with any previous work happened, that has to be considered as accidental. The use of AI has been limited to the text grammar check (QuillBot) and the logic coherence review of the previously established Time Thickness Conjecture (ChatGPT). Role, interactions and AI text creation context are described in the Dialogues Introduction. Names of entities, objects, or other items that are part of the domain of general knowledge have  been adopted hereby as nickname with the sole intention of reinforcing the evidence of tangible common character similarities that may have been noticed to exist between exposed concepts and objects that are commonly considered to be part of our reality. Website branding design related images and content Credits information can be found at the page Copyright Permissions. 








Dedication

To our brother Carlo




Content

Part 1 - Holo Expressions

  • Chapter 1  Nothing


  1. Nothing, Thing
  2. Non-Nothing
  3. Holo


  • Chapter 2  Holo qop-variation


  1. Qop and qop-variation conservation
  2. Qop-variation rapidity
  3. Holo Sphere


  • Chapter 3  Genesis


  1. Oneness
  2. From a non-stationary non-quantized qop to a stationary quantized qop
  3. Stationary non-quantized qop (Dark Interactions)
  4. Stationary quantized qop (Oriented QOP-Variation Interactions)

Part 2 - Stationary Quantity of Presence Variation

  • Chapter 4  Clusters’ precursors


  1. QuaP, quantized quantity of presence variation
  2. QuaP’s core
  3. QuaP’s glue
  4. QuaP’ Shield
  5. QuaP's near surroundings QOP-variation curl superposition patterns neutrality
  6. QOP-variation curl neutrality within time thickness stationary domain
  7. Electron similarities
  8. QuaP’s family 


  • Chapter 5  QuaP’s tetrahedral Clusters


  1. QuaP’s tetrahedral bonds
  2. 2-QuaP Cluster
  3. 3-QuaP Cluster
  4. 4-QuaP Cluster


  • Chapter 6  QuaP’s Orthogonal Clusters


  1. Holo Sphere quadruplets lattice 
  2. Tetrahedral-Orthogonal Hybrid Clusters formation 
  3. Merging Tetrahedral Clusters 
  4. From Tetrahedral to Orthogonal Clusters formation dynamics
  5. 4-Quap Cluster Locii in Tetrahedral Lattice


  • Chapter 7  Large QuaP’s Orthogonal Clusters formation


  1. 4-QuaP Tetrahedral Cluster morphing into Orthogonal Cluster within Orthogonal Lattice  
  2. Orthogonal Lattice Locii Architecture 
  3. Large Orthogonal Clusters Symmetries orientation within Orthogonal Lattice
  4. Large Orthogonal Clusters Stacks combinations
  5. Large Orthogonal Clusters Holospheres Locii and QuaP Shield Locii combination

Part 3 - QuaP Clusters

 

  • Chapter 8 Isotopes similarities 


  1. The Beryllium case 
  2. The Boron case 
  3. The Carbon case 
  4. The Nitrogen case 
  5. The Oxygen case
  6. The Fluorine case
  7. The Neon case  
  8. The case of Iron, Cobalt, and Nickel


  • Chapter 9  work in progress


  1. work in progress
  2. work in progress


  • Chapter 10  work in progress


  1. work in progress
  2. work in progress

Part 4 - QuaP Displacements

 

  •  Chapter 11 Qop Variation resonance / dissonance within Orthogonal Cluster Lattice


  1. QuaP's QOP-variation Shield tuned state
  2. QuaP's QOP-variation Shield dissonance state and Electron balance
  3. QuaP's QOP-variation Core's constraints - The Photon Similitude 
  4. Beyond time thickness  Domain limits


  • Chapter 12  QuaP' regions of stationarity within Lattice Locii

  1. QuaP' Shield / Locus QOP-variation dynamic equilibrium
  2. QuaP' Shield / Locus QOP-variation adherence  
  3. QuaP' Shield / Near surroundings QOP-variation adherence  
  4. QuaP' Shield / Non bbbbb Near surroundings QOP-variation adherence


  • Chapter 13  work in progress


  1. work in progress
  2. work in progress

Part 5 - Beyond Time Thickness Domain Limits

 

  • Chapter 14 Qop Variation resonance / dissonance within Orthogonal Cluster Lattice


  1. QuaP's QOP-variation Shield tuned state
  2. QuaP's QOP-variation Shield dissonance state and Electron balance
  3. QuaP's QOP-variation Core's constraints - The Photon Similitude 
  4. Beyond time thickness  Domain limits


  • Chapter 12  QuaP' regions of stationarity within Lattice Locii

  1. QuaP' Shield / Locus QOP-variation dynamic equilibrium
  2. QuaP' Shield / Locus QOP-variation adherence  
  3. QuaP' Shield / Near surroundings QOP-variation adherence  
  4. QuaP' Shield / Non bbbbb Near surroundings QOP-variation adherence


  • Chapter 10  QuaP' regions of non-stationarity within a non-uniform qop-variation near surrounding


Introduction



Foreword


Copyright © 2025 Giovanni Fois - All rights reserved - Copyright.info 


This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

DeclineAccept