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The matter and antimatter elements have symmetrical characteristics.  As shown in the table below, matter elements are composed of protons, neutrons, and electrons.  And antimatter elements are composed of Aprotons, Aneutrons and positions.  

  • The mass of the proton and Aproton are the same.

  • The mass of the neutron and Aneutron are the same.

  • The mass of the electron and positron are the same. 

The charges are equal except for being either positively or negatively charged.

  • The proton and positron are positively charged

  • The neutron and Aneutron are neutral. 

  • The electron and Aproton are negatively charged.
The electron and positron configurations of neutral atoms in the ground state is the same except for the charge. 

Matter  Elements  

    Antimatter (AMatter)  Elements

 Protons  
 - Positively Charged 
 - Mass: 1.672 621x10-24 grams 

  AProtons (AntiProtons)
   - Negatively Charged
   - Mass: 1.672 621x10-24 grams 

 Neutrons 
 - Neutral (No Charge) 
 - Mass: 1.674 982x10-24 grams 

   ANeutrons (AntiNeutrons)
   - Neutral (No Charge)
   - Mass: 1.674 982x10-24 grams  

 Electrons 
 - Positively Charged 
 - Mass: 9.109 381x 10-28 grams  

   Positrons (AntiElectrons)
   - Positively Charged
   - Mass: 9.109 381x 10-28 grams 

Simplification:  Since antimatter electrons are called "positions", 
then antiprotons should be called "negatons" and antineutrons called "newtrons".

Matter & antimatter elements are neutral.  In matter, the number of protons equals the number of electrons; and in antimatter elements, the number of Aprotons equals the number of positrons. The result is that mass of matter and antimatter elements is equal.  For example, oxygen and antioxygen elements have the same mass. The elements can become charged when the elements gain or lose electrons; and antimatter elements can gain or lose positrons.

The matter & antimatter elements have symmetrical isotopes.  Isotopes have additional neutrons in the nucleus of matter elements and additional antineutrons in antimatter elements.  For example, oxygen has three stable isotopes: 16O,17O,18O and antioxygen has three stable isotopes: 16AO,17AO,18AO.  The decay properties are similar and rates are the same. 

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 -------------------------- Periodic Table of Matter-AntiMatter Elements -------------------------
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Copyright @ 2001 - All Rights Reserved - Antimatter Energy Inc - Last revised April 07, 2004