- #1
physicskid
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Matter Theory
I hope you can have the patience to read this thread. Thank you!
This theory is a revolutionary theory on the reality of matter which i thought of. In my theory, the entire universe is filled with a sea of 'energyless particles'. I call these particles 'empty spheres'. When these particles receives energy(e.g. from vacuum fluctuation), they would vibrate and to observers, they appear as matter. They are called heavy spheres now when they receives energy. When a particle moves from point A to B, the heavy sphere(s) of the particle transfer their energy from A to B through vibration.
Different particles have different quanta of energy(frequency) in their heavy spheres. These heavy spheres can split their energy into two by splitting into two waves of energy in two directions. The enrgy of the spheres are measured by their frequency of vibration. This explained the particle-wave nature of matter.
The wave of heavy spheres disfracts into the surrounding empty spheres, which is also the characteristic of waves.
In gratitude,
Physicskid
I hope you can have the patience to read this thread. Thank you!
This theory is a revolutionary theory on the reality of matter which i thought of. In my theory, the entire universe is filled with a sea of 'energyless particles'. I call these particles 'empty spheres'. When these particles receives energy(e.g. from vacuum fluctuation), they would vibrate and to observers, they appear as matter. They are called heavy spheres now when they receives energy. When a particle moves from point A to B, the heavy sphere(s) of the particle transfer their energy from A to B through vibration.
Different particles have different quanta of energy(frequency) in their heavy spheres. These heavy spheres can split their energy into two by splitting into two waves of energy in two directions. The enrgy of the spheres are measured by their frequency of vibration. This explained the particle-wave nature of matter.
The wave of heavy spheres disfracts into the surrounding empty spheres, which is also the characteristic of waves.
In gratitude,
Physicskid
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