Vinaire's Blog

Dimensions

1. Cycles – T^-1, Time – T,  Distance – L
2. Speed – LT^-1, Momentum – MLT^-1
3. Acceleration – LT^-2, Force – MLT^-2
4. Energy – ML²T^-2

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Motion and Inertia

1. Oscillation has period (T) and frequency (T^-1). Frequency is inverse of period. 
2. Motion adds wavelength to oscillation (LT^-1). Inertia (mass) balances motion (L^-1T).
3. Momentum, therefore, has no unit. Momentum is naturally conserved.
4. If mass has the dimensions of inertia (L^-1T), then
   • Force has dimensions of frequency (T^-1), and
   • Energy has dimensions of velocity (LT^-1).

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Space and Gravity

1. Space is more the size of the particle that is increasing from matter to radiation.
2. Gravity is more like the centeredness of particle that is decreasing from system of matter to system of radiation.
3. Expansion of the universe indicates a transition from matter to radiation.

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Sensations and Centeredness

1. Total momentum of an isolated system remains unchanged in spite of interactions within it.
2. The interactions within the isolated system shall consist of actions and reactions.
3. Thus, sensations of substantiality come about.
4. With mass (inertia) viewed as inverse of motion (velocity), force is seen as frequency (see above),
5. Frequency is the core of centeredness. This is fixation of attention.

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Charge

1. A sudden change in centeredness manifests as charge. This is felt as shock.
2. Charge manifests at the interface between the nucleus and the electronic region of the atom.

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