The Potential of Electron-Electron Collisions in the L.H.C.

In summary: The reason that the LHC is using protons is because they are heavier and they emit less syncrotron radiation then electrons would. After they have collision with protons, they will switch to heavier ions, such as lead.
  • #1
ScienceNerd36
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This is a very uneducated question. So don't take it too seriously.
I was thinking. The reason they're using beams of protons in the L.H.C. Is because protons have a positive charge. Meaning that they will explode, when they collide.

If they used electrons (negative charge), instead of protons. Would they implode? If they did implode. Would that mean, that such an immense amount of energy, in such an immensely tiny bit of room, create enough energy, to rip a hole in the space time continuum, creating a worm hole?
 
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  • #2
no they would not implode.

And also, protons does not explode when they collide...

The reason for why they use protons is many, they are heavy and does not emit as much syncrotron radiation as electrons would do at that energy and curvature radius.

After they have done beam with protons, they will switch to heavy ions, such as lead.

And energy available in the collision is not related to charge, only mass and velocity.
 
  • #3
ScienceNerd36 said:
This is a very uneducated question. So don't take it too seriously.
I was thinking. The reason they're using beams of protons in the L.H.C. Is because protons have a positive charge. Meaning that they will explode, when they collide.

If they used electrons (negative charge), instead of protons. Would they implode? If they did implode. Would that mean, that such an immense amount of energy, in such an immensely tiny bit of room, create enough energy, to rip a hole in the space time continuum, creating a worm hole?

Er.. they had already used electrons (or electron-positron) collisions. That was LEP.

It has nothing to do with things "imploding". The physics isn't that simple. If the LHC is successful and has tantalizing hints of other things beyond it, then the ILC (International Linear Collider) will be built next that will collide electrons-electrons and electron-positron with even greater energy than LEP.

Zz.
 

FAQ: The Potential of Electron-Electron Collisions in the L.H.C.

1. What is the L.H.C. Electron Theory?

The L.H.C. Electron Theory is a scientific theory that explains the behavior of electrons in the Large Hadron Collider (LHC). The LHC is a particle accelerator that collides protons or heavy ions at high energies, allowing scientists to study the fundamental properties of matter and the forces that govern it.

2. How does the L.H.C. Electron Theory differ from other theories?

The L.H.C. Electron Theory differs from other theories because it specifically focuses on the behavior of electrons in the LHC. It takes into account the large energies and extreme conditions present in the LHC, which are not typically found in other environments where electrons are studied.

3. What evidence supports the L.H.C. Electron Theory?

The L.H.C. Electron Theory is supported by numerous experiments and observations conducted at the LHC. These experiments have consistently shown that the behavior of electrons in the LHC aligns with the predictions of the theory. Additionally, the LHC has allowed scientists to discover new particles and interactions, further supporting the validity of the theory.

4. What are the practical applications of the L.H.C. Electron Theory?

The L.H.C. Electron Theory has numerous practical applications, including advancements in technology and medicine. The research conducted at the LHC has led to the development of new imaging techniques, cancer treatments, and even the World Wide Web. The theory also has implications for understanding the fundamental laws of the universe and potentially unlocking new sources of clean energy.

5. Are there any current challenges or limitations of the L.H.C. Electron Theory?

Like any scientific theory, the L.H.C. Electron Theory is constantly being tested and refined. While it has been successful in explaining many phenomena, there are still unanswered questions and areas that require further research. Additionally, the high energies and complex processes involved in the LHC make it difficult to fully understand and model the behavior of electrons, posing challenges for scientists studying the theory.

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