Entanglement of Higgs boson to explain dark energy

In summary, the conversation discusses the possibility of entanglement for all particles, including the Higgs boson. The idea is that this entanglement could create an equal and opposite force, resulting in the expansion of space. However, the validity of this theory is being questioned by other participants.
  • #1
pforeman
21
0
Sorry in advance for this probably stupid question.
If there is entanglement is there not entaglement for all particles.
If so, could there not be entanglement for the Higgs boson, and therefore our own gravity, could have an equal and opposite force, both combining for a net effect of enlarging space.
Thanks
paul
 
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  • #2
pforeman said:
...
If so, could there not be entanglement for the Higgs boson, and therefore our own gravity, could have an equal and opposite force, both combining for a net effect of enlarging space.

I have to say, it sounds to me like you are just stringing together a bunch of scientific words.
 
  • #3
phinds said:
I have to say, it sounds to me like you are just stringing together a bunch of scientific words.

Seconded. I can't understand what the OP is even asking.
 
  • #4
OP is assuming that all particles can be entangled together.

He then states that if this is true, Higgs Bosons can be entangled together as positive and negative particles combining to have a "neutral" effect of causing the expansion of space.
 
  • #5
Closed, pending moderation.

Please review the PF Rules, if you haven't, and pay attention to our policy on speculative posts.

Zz.
 

1. What is the Higgs boson and how is it related to dark energy?

The Higgs boson is a subatomic particle that is responsible for giving mass to other particles in the universe. It is also related to dark energy as it is believed to be a possible explanation for the acceleration of the expansion of the universe, which is caused by dark energy.

2. How is the Higgs boson entangled with dark energy?

The Higgs boson is not directly entangled with dark energy, but its effects on other particles could potentially play a role in the behavior of dark energy. The exact mechanism of how this works is still being studied by scientists.

3. Can the entanglement of the Higgs boson be observed or measured?

Currently, there is no direct way to observe or measure the entanglement of the Higgs boson with dark energy. However, scientists are conducting experiments and using mathematical models to try and understand the potential connection between the two.

4. How does the entanglement of the Higgs boson impact our understanding of dark energy?

If a connection between the Higgs boson and dark energy is established, it could provide valuable insights into the nature of dark energy and help us better understand its role in the universe. It could also potentially lead to new theories and explanations for dark energy.

5. What are the potential implications of the entanglement of the Higgs boson for future research?

The entanglement of the Higgs boson with dark energy could open up new avenues for research and deepen our understanding of the fundamental forces and particles in the universe. It could also help us develop more accurate models and theories about dark energy, which could have practical applications in areas such as cosmology and astrophysics.

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