Cartesian Inertia and Gravitation
4 minutes • 686 words
Table of contents
Bodies that revolve always tend to move away from the centers that they revolve from. But what direction do the stars and heavens tend towards?
Cartesian Inertia as Inherent Motion
A body that ’tends’ towards some direction does not mean that there is a thought or desire inside the body that carries it there. Instead, it means that:
- It is disposed to move there and
- There is something preventing it.
‘Tend’ here means that the body is doing an effort to counteract such a resistance.
The body thus tends towards different directions at the same time
There are often diverse causes that act together on the same body.
- These impede each other’s effect.
- The same body can be thought of as tending in different directions at the same time.
Centrifugal and Centripetal Forces
Similarly, parts of the Earth:
- moves towards the center when they pushed to the center by the external [invisible spacetime particles] air-aether
For example, the stone curving in a sling along the circle AB
would tend circularly from A
to B
, if the cord remained and its length regulated and determined the stone’s motion.
- moves away from the center when they are considered as a separate identity from that center.
The same stone will tend towards C
from point A
if the cord uniting it to the center disappeared.
- moves away from the center when considered less massive than the other more massive parts [have more difference from the center-identity]
The stone would tend towards E
if the circular agitation was ignored and it broke free from the sling’s force.
Superphysics Note:
It follows that centripetal force is from:
- the unity of 2 identities
- the external force to unite them
Centrifugal force is from:
- the difference between 2 identities
- the internal force to separate them
In Hinduism and Taoism, centrifugal forces are from the Negative Force or Shakti or Yin, while centripetal is from the Positive Force or Shiva or Yang.
In education, this is why external pressure has to be applied to learners who do not want to learn a certain topic. But this pressure is not needed when the topic is something that learners can easily and naturally identify with.
Therefore, parents should ask their children what topics they are naturally interested in, instead of forcing topics that they cannot identify with
Why Do Bodies Move Away From the Center?
To understand why the body leaves the center, imagine that the inclination of this stone to move from A
toward C
were composed of 2 other inclinations:
- Circular inclination along the circle
AB
- Repelling inclination along the line
DY
Imagine the inclinations were in the following ratios:
Position of Sling | Position of Stone |
---|---|
A | A |
B | C |
F | G |
Thus, the 2 inclinations together make the stone always move along line ACG
.
If there were no sling, the stone, with the agitation that would move it along the circle AB
, would move along the path DXY
.
From this point of view, the stone at A
tends (makes an effort) only to move directly away from the center D
and towards E
.
- It is not at all more disposed to move toward
H
than towardI
.
We can easily make a mistake and think that the stone would move either to H
or I
if we forgot the difference between:
- the motion that it already has going away from
D
and
- its inherent inclination to move
The air-aether [invisible spacetime particles] should be thought of as being the same as this stone R
.
Those that are at E
tend of their own inclination towards P
.
- But the resistance of the other air-aether particles above them cause them to move along the circle
ER
.- This resistance is opposed to their inclination to move in a straight line.
- This resistance when alone would make them move towards
M
which is the near the centerT
.
This is how they go towards the places that are directly opposite the center T
of their gravitational territory.