COREPHYSICS

• There are many types of object. 
• Fifteen types have stableable or semistableable forms.
  
• The fifteen are the taxons of this table.
• Each taxon has properties distinct from other taxons.
• Taxons are grouped into five taxas.
• Each taxa has properties distinct from other taxas.
• Taxons evolve within their taxas.
• Taxas evolve from Taxa 1 to Taxa 5.
  

• are hypothetical objects that demonstrate the fundamentals of physics.

• are monocore objects.
• achieve and maintain semistability via gravitymass differential mechanism.
  
• are manufactured in the toruses of protons and tralphiums.
• are manufactured from numbers of teels.
  
• are a teelcore inside a teelosphere inside a gravitysheath inside a gravitysheath interface.

• are multicore objects.
• achieve and maintain stability via gravitymass differential mechanism.
• are manufactured in the toruses of protons and/or tralphiums.
• are a nucleus inside a teelosphere inside a gravitysheath inside a gravitysheath interface.
  
• have nucleuses containing numbers of engorged photides (quarks).

• quarks:     a teelcore inside a teelocean inside a gravitysheath inside a gravitysheath interface.
• quarks:     endure in strongforced pairs or trios.

• quark strongforce:    constrained equilibrium whereby the mutual gravitypull of quark teelcores is countered by mutual masspush of quark teelocean teelstream systems.

• quarks:     transmute between being axiquarks and centriquarks as conditions dictate.

• are multicore objects.
• achieve and maintain stability via gravitymass differential mechanism as conditions dictate.
• are manufactured by fusion in stars.

• fusion:     absorption of stripped neutrons by engorged and cationed nuclides.

• are a nucleus inside a teelosphere inside a gravitysheath inside a gravitysheath interface.
• have an electrosphere within the teelosphere.

• electrospheres are anionic, ionic or cationic as conditions dictate.
• ionic electrospheres neutralise nuclide axial interactions with other objects and with teelstreams.

• have nucleuses containing numbers of nucleons in constrained equilibrium (strongforcement).

• nucleon strongforce:     mutual gravitypull of nucleon nucleus teelcores countered by mutual masspush of nucleon nucleus teelocean teelstream systems.

• are divided into taxons by behaviour.
• are divided into elements by the number of protons in their nucleuses.
• are divided into element isotopes by the number of nucleons in their nucleuses.

• are monocore objects.
• are manufactured by accretion.
• achieve and maintain semistability by collapse.

• collapse:     via gravitymass differential mechanism.
  
• collapsed stellides:     reactivate as conditions dictate.

• are a nucleus inside a teelosphere inside a gravitysheath inside a gravitysheath interface.
• are divided into taxons by peakcollapse achieved during accretion.
• are divided into taxonomes by peakmass achieved during semistabilisation.

• 1.1   Teels          Monocore objects that demonstrate and embody the two primary interactions.

• 1.2   Teelons          Multicore objects that demonstrate and embody the secondary interaction.

• 2.1   Neutrinos          Photides that semistabilise at no specific speed and outside the photonic masses.

• 2.2   Photons          Photides that semistabilise at lightspeed and within the photonic masses.

• 3.1   Electroids          Morphides with a two quarks nucleus.

• 3.1.1   Electrons          Electroids with a one axiquark and one centriquark nucleus.

• 3.1.2   Prectrons          Electroids with a two centriquark nucleus.

• 3.2   Nucleons          Morphides with a three quark nucleus.

• 3.2.1   Neutrons          Nucleons with a one axiquark and two centriquark nucleus.

• 3.2.2   Protons          Nucleons with a two axiquark and one centriquark nucleus.

• 4.1   Primalnuclides          Nuclides out of which all other nuclides are fused.

• 4.1.1   Primalelements          Primalnuclides typified by elementnumbers 1 and 2.

• 4.1.2   Primalisotopes          Primalelements typified by isotopenumber.

• 4.2   Lithicnuclides          Nuclides that eject more gravitymassvelocity during fusion than they absorb.

• 4.2.1   Lithicelements          Lithicnuclides typified by elementnumbers 3 to 25.

• 4.2.2   Lithicisotopes          Lithicelements typified by isotopenumber.

• 4.3   Ferricnuclides          Nuclides that absorb more gravitymassvelocity during fusion than they eject.

• 4.3.1   Whiteferrics          Ferricnuclide elements with stableable and unstableable isotopes.

• 4.3.1.1     Whiteferricelements          Whiteferrics typified by elementnumbers 26 to 82.

• 4.3.1.2     Whiteferricisotopes          Whiteferricelements typified by isotopenumber.

• 4.3.2     Blackferrics          Ferricnuclide elements with no stableable isotopes.

• 4.3.2.1     Blackferricelements          Blackferrics typified by elementnumbers 83 to (currently) 118.

• 4.3.2.2     Blackferricisotopes          Blackferricelements typified by isotopenumber.

• 5.1   Protostellides          Semistable stellides that peakmassed at 0.8 solarmasses or less.

• 5.1.1   Protostars          Protostellides undergoing gravitycollapse and emissioncollapse.

• 5.1.1.1   Grains          Protostar objects peakmassing too low to contract the nucleus to a spheroid.

• 5.1.1.2   Planets          Protostar objects peakmassing between grains and 0.001 solarmasses.

• 5.1.1.3   Giantplanets          Protostar objects peakmassing between 0.001 and 0.8 solarmasses.

• 5.2   Dwarfstellides          Semistable stellides that peakmassed between 0.8 and 9 solarmasses.

• 5.2.1   Dwarfstars          Dwarfstellides undergoing gravitycollapse, emissioncollapse, and fusioncollapse.

• 5.3   Whitestellides          Semistable stellides that peakmassed between 9 and 25 solarmasses.

• 5.3.1   Whitestars          Whitestellides undergoing gravitycollapse, emissioncollapse, fusioncollapse, and ferriccollapse.

• 5.4   Blackstellides          Semistable stellides that peakmassed between 25 and 45 solarmasses.

• 5.4.1   Blackstars          Blackstellides undergoing gravitycollapse, emissioncollapse, fusioncollapse, ferriccollapse, and fissioncollapse.
  

• 5.5   Galastellides           Semistable stellides that peakmassed at 45 solarmasses or more.

• 5.5.1   Galastars          Galastellides undergoing gravitycollapse, emissioncollapse, fusioncollapse, fissioncollapse, and stellaspherecollapse.