Is gravity just electromagnetism?

In summary, Recently, I was pondering over the thought that if most elementary particles have intrinsic magnetism, could gravity be a weaker form of electromagnetic attraction? However, after researching, I came to the conclusion that this idea is not compatible with other theories and is considered crackpottery. While there was some discussion about it in the past, it was quickly dismissed and does not work in practice. Therefore, it is not likely that this proposition is true. It is important to not trust random blogs found on the internet, as there is a blog for every random idea out there.
  • #1
Yashbhatt
348
13
Recently, I was pondering over the thought that is most of the elementary particles have intrinsic magnetism, then can gravity be just a weaker form of electromagnetic attraction? But decided the idea was silly.

But I googled it later and found this article
[removed link to crackpot website - mfb].

Is this idea really compatible with other theories as the article mentions? Is there any chance of this proposition being true?
 
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  • #2
Yashbhatt said:
Recently, I was pondering over the thought that is most of the elementary particles have intrinsic magnetism, then can gravity be just a weaker form of electromagnetic attraction? But decided the idea was silly.
You came to the correct conclusion. There's nothing wrong with considering any possibility, as long as you reject the ones that don't pan out - and this is one that doesn't pan out.

But I googled it later and found this article
[removed link to crackpot website - mfb].

Is this idea really compatible with other theories as the article mentions? Is there any chance of this proposition being true?
It's crackpottery.
 
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  • #3
Do not trust any random blog you find on the internet...there is a blog for every random idea anyone has ever had out there...
 
  • #4
Matterwave said:
Do not trust any random blog you find on the internet...there is a blog for every random idea anyone has ever had out there...
This.

Gravity as a side-effect of electromagnetism was discussed ~100 years ago but quickly dismissed because it just does not work.
It is possible to combine both theories in a classical field theory, but even there they are different things.
 
  • #5


I can tell you that the idea of gravity being just a weaker form of electromagnetism is not supported by current scientific evidence. While it is true that elementary particles have intrinsic magnetism, this does not necessarily mean that gravity is simply a weaker electromagnetic force.

Gravity and electromagnetism are two separate and distinct fundamental forces in the universe, each with its own unique properties and behaviors. Gravity is the force that governs the motion of massive objects, while electromagnetism is responsible for the interactions between charged particles.

While it is always important to consider new ideas and theories, it is crucial to critically evaluate them and see if they are compatible with existing evidence and theories. The article you mentioned may not be a reliable source, as it is from a crackpot website, and it is important to seek out information from reputable sources in order to form an accurate understanding of scientific concepts.

In conclusion, the idea that gravity is just a weaker form of electromagnetism is not supported by scientific evidence and is not compatible with current theories. While it is always important to question and explore new ideas, it is important to do so in a critical and evidence-based manner.
 

1. Is gravity and electromagnetism the same thing?

No, gravity and electromagnetism are two separate forces in nature. Gravity is the force that attracts objects with mass towards each other, while electromagnetism is the force between electrically charged particles and magnetic fields.

2. Can gravity be explained by electromagnetism?

No, currently there is no scientific explanation for gravity that involves electromagnetism. While some theories attempt to unify gravity and electromagnetism, they are still being researched and have not been proven.

3. How are gravity and electromagnetism related?

Gravity and electromagnetism are related in the sense that they are both fundamental forces of nature. They are also both described by the theory of general relativity, which explains how gravity works on a large scale. However, they are fundamentally different forces with different properties.

4. Is gravity a form of electromagnetism?

No, gravity is not a form of electromagnetism. It is a separate force that has its own unique properties and behavior. While both forces are described by the theory of general relativity, they are not interchangeable and cannot be explained by the same equations.

5. Can gravity and electromagnetism be unified?

Scientists are currently researching theories that attempt to unify gravity and electromagnetism into one unified force. However, this is still a topic of ongoing research and has not been proven. More studies and experiments are needed to fully understand the relationship between these two forces.

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