| Symbol | No | Atomic radius: pm | - | Fusion: kJ/Mole | - |
| Name | Nobelium | Ionic radius: pm | - | Boiling point: °C | - |
| Atomic number | 102 | Electron affinity | - | Melting point: °C | 827 |
| Atomic weight | 259.0 | 1st ion potential | 6.65 | Specific Heat Cap: J/(g K) | - |
| Classification | Trans metal | Natural form | Solid | Thermal Cond: W/(cm K) | - |
| Configuration | [Rn]5f147s2 | Crystal structure | - | Electrical Cond | - |
| Oxidation states | 2,3 | Density | - | Abundance: mg/kg-crust | Synthetic |
| Electronegativity | - | Vaporization: kJ/Mole | - | ||
| Nobelium was discovered forst in 1957 by a team working at the Nobel Institute for Physics in Stockholm, Sweden. It was confirmed in 1959 by Glenn T. Seaborg and others at Berkeley, California. | Uses - no known uses | ||||