Questions about the Universe: Positive & negative fields and effects

In summary, there is no evidence to support the existence of any "unified physical laws" that govern the entire universe. Furthermore, the assumption of the coexistence of positive and negative fields leads to the cancellation of their effects, making the existence of electromagnetic forces impossible.
  • #1
Muhammed20382
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TL;DR Summary
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So I saw an article about the universe and lets say the article saied:
the essence of the universe, which is impossible, as it has been proven that universal constants such as the gravitational constant and the speed of light indicate the existence of unified physical laws that govern the entire universe. For instance, gravity is always considered an attractive force and cannot be a repulsive force. Similarly, it is impossible to imagine the speed of light being positive and negative at the same time. As for charges and fields, their existence with opposing signals would lead to the cancellation of their mutual effects and the impossibility of the existence of electromagnetic forces. Additionally, the presence of positive and negative masses would lead to the collapse of the structural integrity of matter itself at the quantum level.

Electric and magnetic fields always arise from electric charges and currents. If we follow the assumption of the coexistence of positive and negative fields, they would cancel each other's effects due to the expansion of the universe. Therefore, the negative field will increase the charge of positive particles and reduce the charge of negative particles, while the positive field will do the opposite. Since the two effects are opposing, they would cancel each other out, making the existence of electromagnetic forces impossible. Furthermore, the repulsion between positive and negative electrons in orbits would make the formation of matter fundamentally impossible.

However, if we abandon all of this and assume that it happened, the electric and magnetic fields would completely mix, making it impossible to distinguish the characteristics of both. Of course, this is absurd since the existence of the electromagnetic spectrum contradicts such a notion."

I came here to have a discussion about the article bcuz I see that the majority of what is being saied is nonsense so I think we could have a discussion about it if it's false or not which will really upgrade my knowledge.
 
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  • #2
Welcome to PF. :smile:

Please post a link to the article. Thank you.
 
  • #3
Muhammed20382 said:
I came here to have a discussion about the article bcuz I see that the majority of what is being saied is nonsense so I think we could have a discussion about it if it's false or not which will really upgrade my knowledge.
Breaking down nonsense is a waste of time. Study some actual physics and forget all that word salad.

We don't debunk nonsense here, we discuss actual science. If you have questions about some of the concepts, that's great. Break them down one at a time and ask questions in the appropriate forums.

Also, just FYI, we speak English here not social media speak, like "bcuz"
 
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Thread locked temporarily for Moderation...
 
  • #5
Whelp, it seems that the OP was not happy with my reply or the reply by @phinds, so tried to delete their post. The post has been restored, and this thread will remain closed for now. Have a nice day. :smile:
 
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FAQ: Questions about the Universe: Positive & negative fields and effects

What are positive and negative fields in the context of the universe?

Positive and negative fields in the universe typically refer to the electric and magnetic fields that are generated by charged particles. A positive field is created by a positive charge, while a negative field is created by a negative charge. These fields influence other charged particles in their vicinity, leading to the fundamental forces of attraction and repulsion that govern much of the behavior of matter in the universe.

How do positive and negative fields interact with each other?

Positive and negative fields interact through the forces of attraction and repulsion. Opposite charges (positive and negative) attract each other, while like charges (positive-positive or negative-negative) repel each other. This interaction is described by Coulomb's law, which quantifies the amount of force between two charged objects based on their charges and the distance between them.

What are some real-world examples of positive and negative fields in the universe?

Real-world examples of positive and negative fields include the electric fields around protons (positive charge) and electrons (negative charge) in atoms, the magnetic fields generated by moving electric charges, and the electromagnetic fields that propagate as light and other forms of electromagnetic radiation. These fields play crucial roles in everything from the structure of atoms to the behavior of stars and galaxies.

How do positive and negative fields affect the behavior of particles in the universe?

Positive and negative fields affect the behavior of particles by exerting forces on them. These forces can cause particles to accelerate, change direction, or even combine to form new particles. For example, in an atom, the positive charge of the nucleus attracts the negatively charged electrons, keeping them in orbit. In a broader sense, these fields govern the dynamics of plasma in stars, the formation of molecules, and the propagation of electromagnetic waves.

Can positive and negative fields impact large-scale structures in the universe?

Yes, positive and negative fields can impact large-scale structures in the universe. For instance, magnetic fields play a significant role in the formation and evolution of galaxies, influencing the movement of charged particles and the dynamics of interstellar gas. Electric fields can also affect the behavior of cosmic rays and other high-energy particles. These fields contribute to phenomena such as solar flares, auroras, and even the shaping of planetary magnetospheres.

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