In Neu Theory, a elementary physical form is one of the eleven discrete types of forms that make up nature. The term is inclusive, meaning all of nature can be described by these eleven types of form. Nothing else is required. The elementary forms of nature are:
| [#] | Name | Substance | Shape | Comment |
| [1a] | neutron core | Type I matter | ball | future proton core |
| [1b] | proton core | Type I matter | ball | with a positive charge shell & field |
| [2a] | neutron membrane | Type I matter | shell | future electron |
| [2b] | electron ball | Type I matter | inverted shell | with a negative charge shell & field |
| [3a] | neutron plasm | Type II matter | shell | future forms [6+][6-}[7+][7-][8][9][10][11] |
| [4] | g-spin/magnetic field | movement/synergy | torus | magnetic force |
| [5] | g-rise/spinfield | movement/synergy | shell | gravity |
| [6+] | positive electric dipole charge shell | 1st law spin energy (topologically split) | shell | nuclear force |
| [6-] | negative electric dipole charge shell | 1st law spin energy (topologically split) | shell | |
| [7+] | positive electric field | movement/synergy | shell | electric potential energy |
| [7-] | negative electric field | movement/synergy | shell | electric potential energy |
| [8] | zomon | 1st law rise energy | expanding & difusing-in-place ball | space quanta |
| [9] | motion | 2nd law rise energy | (host) | kinematic behavior |
| [10] | electric hollow | movement/synergy | shell | light matrix |
| [11] | photon | 2nd law spin energy | shell | free spin energy bubble |
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