# Theory of Dormancy: Unifying the 4 Forces with GUT

• gaugeboson
In summary, the conversation discusses the potential for a self-invented GUT, which proposes that all four forces (gravity, weak nuclear, electromagnetic, and strong nuclear) can be unified through the existence of a single gauge boson that can mediate between them. The conversation also touches on the idea of magnetic monopoles and their role in this theory. However, the validity of this GUT is questioned and it is suggested to be submitted to a peer-reviewed journal for consideration.
gaugeboson
Here is an example of a self-invented GUT (may be entirely wrong, you may correct it). If all 4 forces- gravitational, weak nuclear, electromagnetic, strong nuclear are to be unified, all of them must emerge from the same quanta or gauge boson which mediates all of them. Hence, what if we try to see whether the gauge bosons are themselves changeable into each other? So, a gluon, photon, W+, W-, Z must all change interchange into each other. Consider a gluon. It has R, B, G the 3 colors. (r, b, g are amounts of colors R, B, G respectively) I assume r= -b where r & b are the 2 magnitudes of red & blue color charge. Therefore, g= -(r+b). When a gluon changes into any particle of the electroweak matrix, the g forms 1 magnetic monopole; North if g= +1 & South if g= -1. Also the r & b form equal electric charge. Relative strength of electromagnetism to strong nuclear force is 1:137. So, consider these gluons-
R B G R B G
1 -1 0 -1 1 0
These are converted to- (all numbers henceforth are the amount charges produced if all colors were changed into electromagnetic charges)
137-(-137)+0=274 (b is negative)
Or -137-137+0=-274
This is for the 274-type gluon.
Now, consider these-
RBG R B G R B G R B G
01-1 0-11 1 0 -1 -1 0 1
We don’t consider g because of the 2 monopoles produced by different sets of gluons instantly cancel each other out. Converting b, r into electromagnetism, we get-
1. 0+(-137)-0=-137
2. 0-(-137)+0=137
3. 137+0-0=137
4. -137+0+0=-137
Thus we get the conversion of 137-type gluons. Now take a 137-type gluon & a 274-type gluon of the opposite sign. For ex-
-137 & +274
It gets converted to W+(80 e.v.), W-(80 e.v.), Z(90 e.v.), photons and a +137-type gluon. -137= -80-45-11 (a W- particle & negative half of a Z particle are formed)
+274= 80+45+11+137 (a W+ particle, positive half of a Z particle & a +137-type gluon are formed). The +11 & -11 cancel each other out to form photons. Thus a whole electroweak matrix and a 137-type gluon can be created by these gluons. 274-type gluons are created by motion of a quark. Since, all gauge bosons can interchange into each other, they can mediate all forces. Any corrections on this GUT? (I won’t mind being told its horrible)

Personal Theories are not welcome on this forum. If you think you have something new, try to get it accepted by a peer reviewed journal.

regards
marlon

Magnetic monopole? That's a good effort!

James Jackson said:
Magnetic monopole? That's a good effort!
this concept is used in QFT and was first implemented by Dirac. Now, magnetic monopoles are looked at as those points in space where the local gauge breaks down or is not respected due to local singularities of the physical quantities at those points

marlon

## 1. What is the Theory of Dormancy?

The Theory of Dormancy is a scientific concept that aims to unify the four fundamental forces of nature (gravity, electromagnetism, strong and weak nuclear forces) with the Grand Unified Theory (GUT). It proposes that all forces are connected and can be explained by a single fundamental force.

## 2. How does the Theory of Dormancy relate to GUT?

The Theory of Dormancy suggests that GUT, which is a proposed theory to unify all forces and explain the laws of the universe, can be further expanded by incorporating the concept of dormancy. This would provide a more comprehensive understanding of the fundamental forces and their interconnectedness.

## 3. What evidence supports the Theory of Dormancy?

There is currently no direct evidence to support the Theory of Dormancy. However, some scientists believe that the concept of dormant forces can help explain certain phenomena, such as the behavior of dark matter and dark energy, which are currently not fully understood by existing theories.

## 4. How does the Theory of Dormancy impact our understanding of the universe?

The Theory of Dormancy has the potential to greatly impact our understanding of the universe by providing a more unified and comprehensive explanation of the fundamental forces. If proven correct, it could also lead to new discoveries and advancements in technology.

## 5. Is the Theory of Dormancy widely accepted by the scientific community?

The Theory of Dormancy is still a relatively new concept and is currently not widely accepted by the scientific community. However, it has sparked interest and ongoing research among some scientists, and its potential implications continue to be explored.

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