Scalar Boson and Quantum Non-locality

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SUMMARY

The discussion centers on the hypothesis that scalar bosons, beyond the Higgs boson, could mediate quantum non-locality or be connected to scalar fields. Participants argue that there is no evidence supporting this conjecture, emphasizing that it fails to explain existing quantum non-local scenarios and does not yield useful predictions. The consensus is that without empirical support, such claims remain speculative and unsubstantiated.

PREREQUISITES
  • Understanding of scalar bosons, particularly the Higgs boson
  • Familiarity with quantum non-locality concepts
  • Knowledge of quantum field theory
  • Ability to evaluate scientific conjectures and evidence
NEXT STEPS
  • Research the role of scalar fields in quantum field theory
  • Explore empirical evidence for various scalar bosons
  • Study quantum non-locality and its implications in quantum mechanics
  • Investigate the predictive power of theoretical physics models
USEFUL FOR

Physicists, quantum mechanics researchers, and students interested in particle physics and theoretical frameworks surrounding quantum non-locality.

rodsika
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It's impossible that the higgs boson was the only scalar boson in nature. Could quantum-nonlocality be mediated by scalar boson or connected with scalar field? How do you discount or refute this?
 
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rodsika said:
It's impossible that the higgs boson was the only scalar boson in nature. Could quantum-nonlocality be mediated by scalar boson or connected with scalar field? How do you discount or refute this?

How do you refute any ad hoc, off-the-cuff conjecture?

First, there is not one iota of evidence in support of it. Second, it explains exactly nothing since there are a lot of different quantum non-local scenarios and none seem to have anything to do with the particular particle being observed (i.e. whether it has rest mass of not). Third, it makes no useful predictions.
 

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