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The discovery that Z bosons produced in high-energy LHC collisions exhibit quantum entanglement expands the known boundaries of this phenomenon to much higher energy scales than previously observed. By reconstructing spin states from decay products like electrons and muons, researchers have refined measurement techniques applicable to short-lived particles, offering new avenues to probe Higgs boson interactions. This advancement represents a significant step forward in fundamental quantum physics rather than an application-driven development.

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Atlas Technologies finds LHC data suggests Z bosons can be quantum entangled

Quantum ZeitgeistSeptember 17, 20263 min read

Evidence from the ATLAS and CMS Collaborations at the LHC suggests Z bosons can be quantum entangled, adding to observed examples of this phenomenon.

Evidence of quantum entanglement has expanded to include high-energy particles, as the ATLAS and CMS Collaborations at the Large Hadron Collider have found strong indications that Z bosons, carriers of the weak nuclear force, can become entangled, the company says. While quantum entanglement has been demonstrated with lower-energy particles, observing it in particles created by…

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