The book provides SIMPLE GEOMETRICAL GRAPHS and also explanations, of the following:
- Basic motion: is represented by a sketch labeled motion volume (introduced page 7).
- Temperature: is represented by a sketch, made out of motion volumes, and labeled "confined activity" (page 7).
- The motion of an object: sketch, made out of motion volumes, labeled "coordinated activity" (page 10).
- Gravitation phenomenon: sketch, made out of motion volumes, labeled "radial activity" (page 14).
- Gravimotion: sketch, made out of the combination of 2 or more "radial activities", which provides some information on the constitution of the motion volume (page 24).
- Spinning object: sketch, made out of motion volumes, labeled "constant spin".
- Inertia: sketch made out of "uniform motion" (as in Newton's inertia law), or motion volumes (page 42).
- Force of gravity we feel under our feet, sketch made out of motion volumes, labeled "restricted motion" (page 43).
- Acceleration under force of gravity, sketch made of motion volumes (also page 43).
- Graphs of collision, using motion volumes (pages 46, 47).
- Rebound of matter, using motion volumes (page 49).
- Space and time, are represented by a sketch made of motion volumes; a sketch labeled "pure activity" (page 57).
And all of the above turn out to be also specific formats or instances of "pure activity."
- A motion quantum, which has the form of a motion volume is defined as the smallest motion volume existing in reality (page 67).
- Formation of pair electron/proton electrical charges out of (space-time) motion quanta (page 71).
- "Radial activity" is furthermore defined as a byproduct of the subatomic particle electric charge (page 75).
- Electric fields surrounding subatomic particles, are "pure activity" motion quanta density gradients. (pages 76, 77)
- Sketches of motion volumes, providing more details of the electron "radial activity" (pages 80, 81)
- Models of electromagnetic waves, made of waves of motion quanta (page 86).
- Both the intensity (page 91) and the frequency (page 92) of electromagnetic waves are made of motion volumes or motion quanta.
The book then provides many more sketches providing explanations of experimental physics major physical experiments, yet viewed through gravimotion's point of view. |
