Seeking the truth behind existence of charge: An Intricasy

In summary, according to the Klein Kaluza theory of fifth dimension, there is an electromagnetic dimension that affects the motion of particles in the Universe. The spinning of particles in this dimension can cause them to attract or repel each other, depending on their spin. This is known as charge. However, there are inconsistencies in this theory, such as the lack of charge in neutrinos and photons, and the relative nature of charge in certain scenarios.
  • #1
Neelesh
3
0
According to Klein Kaluza theory of fifth dimension (followed by string theory),
there is an elecromagnetic dimension in which every particle of Universe (in Dirac Vacuum) perform translatory and rotational motion due to which they drag the e-m dimension. Thus if any two particles are placed quite distance apart due to spinning of both, they attract or repel each other depending on their spinning. If they've spins in same direction they repel each other and vice versa which is nothing but we can say it as charge.
 
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  • #2
I don't think so:

1. If, spin is the reason of the "real charge", then why neutrinos don't have charge even they've spin.

2. Photons also have spin but noc harge and also have a sinusoidally varying e-m field.

3. Charge is not a relative quantity. Consider a condition- a light particle(A) is
revolving around a heavy particle(B), B has a spin and same angular velocity
as that of revolution of A. Now, from the respective of A, B isn't spinning,
does it mean that from respective of A there's no chargeon B?
 
  • #3


it is important to approach theories and ideas with a critical and analytical mindset. While the Klein Kaluza theory and string theory may offer interesting explanations for the existence of charge, it is important to note that these are still just theories and have not been definitively proven.

It is also important to consider the limitations of these theories and the need for further evidence and experimentation to fully understand the intricacies of charge. While the concept of an electromagnetic dimension and the role of particle spinning may provide a plausible explanation, it is important to continue exploring and testing these ideas in order to gain a deeper understanding of the truth behind the existence of charge.

In addition, it is important to acknowledge that there may be other factors at play in the phenomenon of charge, and that the concept of charge itself may continue to evolve and be better understood as we continue to advance in our scientific knowledge and understanding. Therefore, while the Klein Kaluza theory and string theory offer interesting perspectives, it is important to approach them with an open and critical mind and continue to seek further evidence and experimentation to truly uncover the truth behind the existence of charge.
 

1. What is the concept of charge in physics?

The concept of charge in physics refers to a fundamental property of matter that causes it to experience electrical and magnetic forces. It can be positive or negative, and is measured in units of coulombs.

2. How is charge related to electricity?

Electricity is the flow of charged particles, such as electrons or protons. When charges are in motion, they create an electric current, which is the basis of many electrical phenomena.

3. Where does charge come from?

Charge is an intrinsic property of matter, meaning it is a fundamental aspect of particles such as protons, neutrons, and electrons. It cannot be created or destroyed, only transferred from one particle to another.

4. What is the difference between static and dynamic charges?

Static charges are stationary and do not move, while dynamic charges are in motion. Static charges are typically associated with insulating materials, while dynamic charges are associated with conductive materials.

5. Why is understanding the existence of charge important?

Understanding the existence of charge is crucial in many fields, including physics, chemistry, and engineering. It allows us to explain and predict the behavior of matter and its interactions with electromagnetic fields, leading to advancements in technology and our understanding of the natural world.

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