CORE PHYSICS

a taxonomy






PREAMBLE

TAXONOMIC TABLE

GLOSSARY


Index

Taxa:
FUNDAMIDES

Taxon:
Teels

Taxon:
Teelons


Taxa
PHOTIDES

Taxon
Liquidons

Taxon
Solidons

Taxon:
Photons

Taxon:
Quarks


Taxa:
MORPHIDES

Taxon:
Electroids

Taxon:
Nucleons


Taxa:
ISOTIDES

Taxon:
Primalisotopes

Taxon:
Exoisotopes

Taxon:
Endoisotopes

Taxon:
Transisotopes

Taxon:
Fissileisotopes


Taxa:
MOLECLIDES

Taxon:
Homocules

Taxon:
Hetocules

Taxon:
Polycules


Taxa:
STELLIDES

Taxon:
Protostars

Taxon:
Dwarfstars

Taxon:
Neutronstars

Taxon:
Blackstars


Taxa:
GALACTIDES

Taxon:
Elliptogalaxies

Taxon:
Ellectrogalaxies

Taxon:
Nucleogalaxies


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PREVIOUS ITERATIONS

The Blue Book (1996)

Principia Cosmologica
(2008)

Template
(2014)




 









































   





























































































































































































































































































































































Taxon
HOMOCULES



TAXA
    Moleclides     A taxa of taxons with a composite nucleus of dilute-strongforced nucleons and isotopes.

TAXON     Homocules   Objects with a nucleus consisting of the same types of isotopes.

TAXON     Hetocules     Objects with a nucleus consisting of multiple types of isotopes.

TAXON     Polycules     Objects with a nucleus consisting of lesser molecules.


Revised:     23rd March 2022




CONTENTS


HOMOCULES
STRUCTURE
  • Nucleus     Two or more isotopes of the same type bound by dilute strongforce.
  • Teelosphere     Centrifugal and/or chaotic depending on number /placement of prectrons.
BONDING
  • Homocule teelosphere repellence strongly counters mutual gravitypull so strongforcing is dilute.
  • Dilute strongforcing is reinforced by trojan adjacent prectrons and magnetism.
  • Bond strength differs with homocule type.
MANUFACTURE
  • Isotopes bond as molecules by collision.
  • Stabilisation during manufacture is per energy/mass differential mechanism.
  • Degrees of isotope bondability are isotope type specific.
  • Rule of thumb: more mass = less bondability.
SIGNIFICANT HOMOCULES:










MOLECLIDES | TOP | HETOCULES




Comments and suggestions:

peter.ed.winchester@gmail.com

Copyright 2022 - Sian Luise Winchester









Comments and suggestions:  peter.ed.winchester@gmail.comCopyright 2021 - Sian Luise Winchester