Fundamental force

There are 4 fundamental forces in nature. They are interactions that cannot be described by other interactions. The pilitron theory actually aims to explain it with pilitron interactions.

Standard Interactions
The standard interactions are the basic ones that we experience at everyday, low energies.

Gravity
Gravity is the most known force, which attracts all matter to mass in the Universe. In pilitron physics, it is carried as energy packets in gravitons.

Electromagnetism
Electromagnetism is the force stronger than gravity that provides electricity and magnetism. It also explains light, and holds electrons in orbit around atomic nuclei.

Strong Force
The strong force (or strong interaction) is a force stronger than electromagnetism and is responsible for holding protons and neutrons together in atomic nuclei.

Weak Force
The weak force (or weak interaction) is a very weak force responsible for radioactive decay of subatomic particles.

Unified Interactions
Quantum physics attempts to unify the forces of nature into a single "superforce". Experiments have shown that there is something like electroweak interaction, occuring in extreme temperatures, and there are theories about unifying the other forces, but it is unclear as to how gravity would be unified.

Pilitron physics takes a different path: it unified gravity and electromagnetism with EMG dynamics, and the strong and weak nuclear forces with nuclear dynamics, and then unifies both of these with the general interaction theory.