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News Release
7
Seven AntiMatter Metalloids Elements Identified
Thursday, February 22, 2001
The following 7 antimatter Metalloids elements have been identified:
|
Atomic
Number |
Antimatter Element's Name (Symbol) |
Atomic
Mass |
Position
Configuration |
Density
grams/cm3 |
| 5 |
ABoron
(AB)
|
10.81 |
2,3 |
2.34 |
| 14 |
ASilicon
(ASi)
|
28.08 |
2,8,4 |
2.33 |
| 32 |
AGermanium
(AGe)
|
72.59 |
2,8,18,4 |
5.32 |
| 33 |
AArsenic
(AAs)
|
74.92 |
2,8,18,5 |
5.72 |
| 51 |
AAntimony
(ASb)
|
121.75 |
2,8,18,18,5 |
6.68 |
| 52 |
ATellurium
(ATe)
|
127.60 |
2,8,18,18,6 |
6.24 |
| 84 |
APolonium
(APo)
|
209 |
2,8,18,32,18,6 |
9.4 |
The superscript A
before the element (symbol) indicates the
element is antimatter.
Examples, AntiBoron is ABoron (AB)
& AntiSilicon) is ASilicon (Si).
See Rosetta Stone for Matter &
Antimatter Definitions.
Identification for each of the antimatter element includes the following nuclear,
physical and chemical properties:
- Nuclear: Number of Aprotons/positrons,
atomic number, atomic mass, group and period in the Periodic Table of Matter and AntiMatter Elements,
Element's Family, bonding radius in angstroms, atomic radius in angstroms, atomic
volume in centimeters/mole, number/range/atomic masses of Aisotopes and
stable Aisotopes.
- Physical: general description, density in grams/centimeter
cubed, melting point in degrees Celsius, boiling point in degrees Celsius,
specific heat in Joules/gram degree, heat of vaporization in Kilojoules/mole,
heat of fusion in kilojoules/mole, electrical conductivity in 106 /centimeter
ohm, and thermal conductivity
in watts/centimeter degrees.
- Chemical: valance number, positron configuration, positronpositivity, 1st, 2nd, and 3rd
ionization potentials in volts.
Since the Metalloid elements in Group of the
Periodic Table of Matter-AntiMatter Elements have properties of both metals and non-metals.
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