Introduction |
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Could it be possible that only one type of fundamental particle exists and
that all light and matter is formed from this single type of particle?
What physical properties would such a particle need in order to form other
particles and to provide answers to questions such as -
How do electrons maintain a stable orbit inside atoms?
Why does light exhibit both wave-like and particle-like behaviour?
How is the magnetic field of a permanent magnet produced? |
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The discon |
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The discon is a disc shaped particle which emits a positive field (shown as red) from one face and a negative field (shown as blue) from the opposite face. These fields are cone shaped and extend indefinitely into space at an angle of 45 degrees. |
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Discons can combine to form 3 types of sets. The 2 outermost faces of a set of discons determines the type of the discon set, either PP, PN or NN. |
1-positive/positive PP |
2-positive/negative PN |
3-negative/negative NN |
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A discon set can emit or absorb discons. The PN set on the right is emitting a single discon. |
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Particle structures |
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3 discon sets can combine to form a particle. Each of the particles on the right is made from a different combination of discon sets.
Electrons are made from the sets NN, PN, PN. Electrons are 1/3 positive and 2/3 negative.
Protons are made from the sets PP, PN, PN. Protons are 2/3 positive and 1/3 negative.
Neutrons are made from the sets PN, PN, PN. Neutrons are 1/2 positive and 1/2 negative.
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A neutron shown with its 3 positive and 3 negative fields. |
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Page summary |
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- 1 type of discon exists - PN.
- 3 types of discon sets can be formed - PP, PN, NN.
- Protons, electrons and neutrons are made of 3 sets of discons.
- Protons are made from the sets PP, PN, PN. Protons are 2/3 positive and 1/3 negative.
- Electrons are made from the sets NN, PN, PN. Electrons are 1/3 positive and 2/3 negative.
- Neutrons are made from the sets PN, PN, PN. Neutrons are 1/2 positive and 1/2 negative.
- Each particle produces 6 cone shaped fields which extend indefinitely into space.
- Each cone shaped field is either positive or negative.
- Each particle can emit and absorb discons.
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