Superphysics
Types of Qosts and Mini-FAQ
3 minutes • 606 words
Table of contents
Qosts manifest invisibly as spacetime particles.
Since the spatial layer is purely kinetic, then most3s and qosts are similar.
Since the Spatial Layer is superior to the other 3 Layers, we can classify the qosts according to the 4 Layers:
| Layer | Name | Image | Description |
|---|---|---|---|
| Spatial | Galactic Qosts or Galaxy |
|
A galaxy has a galactic qost as its center or controlling factor or defining identity. |
| Spatial | Reverse Galactic Qosts or Quasars |
|
A quasar is a galactic qost that rotates in a clockwise direction. This creates more friction than a galaxy, leading to more light. It also churns matter back into energy, acting as a matter-to-energy recycle bin. This allows the universe to prevent a thermal death. An example is the quasar TON 618. |
| Radiant | Stellar Qosts or Stars |
|
A star is a young qost that is influenced by the Radiant Layer. It converts energy to matter (non-expressive mind) and life (expressive mind). |
| Radiant | Dead Stellar Qosts or Black Holes |
|
A star that has run out of energy and has deployed all its ideas becomes a ‘dark star’ or dead qost. It will slowly diffuse back into spacetime, similar to a typhoon that has lost its energy and diffuses back into the atmosphere. Energy and matter that go into a dead qost will find itself ’lensing’ around it. Recent proof of black holes decaying into spacetime is in the Palomar 5 cluster which is an ancient collection of stars that have turned into black holes. |
| Convertible | Convertible Qosts or Neutron Stars |
|
A neutron star is a qost that is influenced by the Convertible layer. It converts matter into heavier matter and complex life and ’explodes’ it to the universe. |
| Convertible | Convertible Reverse Qosts or Pulsars |
|
A pulsar is a neutron star that rotates in a clockwise direction. Like a quasar, it converts matter into energy, manifesting as pulsations. |
| Material | Material Qosts or Rotating Objects | Rotating objects divert most3s to create centripetal and centrifugal forces. |
Q1. What is the difference between a qost and a gravitational signature G?
G is is fudamentally aethereal, while a qost is spatial.
For immaterial objects like black holes, the gravitational signature is inside the qost, specifically in its “timespace”.
- The qost is like the ink that makes up the barcode.
- The
Gof the timespace is the actual like a barcode data.
Q2. How does a most3 convert to a qost?
Most3 are gravity particles. They convert to qost when they hit a traffic jam and get bent from being a column or line into a flat disk.
So from a linear force, they change into a spinning flat disk.
This is similar to virtual photons that hit a traffic jam. The major difference is that virtual photons are rigid and cannot bend to become disks. Instead, they go around the traffic jam, creating a round magnetic field around a magnet or star or galaxy.
This convertibility of most3 to qost is similar to the conversion of moa2 or feeling into moa3 or idea. For example, love can both be an idea when static or a feeling when dynamic.
After the qost runs out of energy, then it reverts to back into space as a most3. At this point, we can say that the traffic jam has ended.
Q2. So empty space is made of most3, not qosts?
Since we think of qost as a traffic jam and most3 as no traffic jam, then yes.
Q3. How does qosts affect quantum mechanics?
Quantum mechanics deals with subatomic particles which are governed more by the aetherspace particles.
So qosts really affect classical mechanics and marco phenomena.
