Can Particles Be Connected Across Vast Distances?

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Discussion Overview

The discussion revolves around the concept of quantum entanglement, specifically questioning why particles become entangled and what connects them across vast distances. Participants explore the nature of entanglement and seek explanations for the phenomenon.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant expresses confusion about the reasons behind quantum entanglement and questions the nature of the connection between entangled particles that are millions of lightyears apart.
  • Another participant provides a video link, suggesting it may offer helpful insights into the topic.
  • A participant describes the behavior of two electrons, noting that when they are entangled, measuring one electron's magnetic moment instantly reveals information about the other, regardless of distance.
  • The same participant reiterates the explanation of entanglement but emphasizes the original question regarding the underlying connection between the electrons.
  • Another participant shares a link to a blog post that purportedly offers a simple explanation related to quantum mechanics.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the reasons for quantum entanglement or the nature of the connection between entangled particles. Multiple viewpoints and questions remain unresolved.

Contextual Notes

Participants express uncertainty regarding the fundamental mechanisms of quantum entanglement, indicating a lack of clarity on definitions and assumptions related to the phenomenon.

Jarfi
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I know the properties of quantum entanglement and what it does but what i don't understand is why do particles become entangled and why are they entangled... what connects two electrons that are millions of lightyears apart from each other? Do physicians really know? Is there any explenation of quantum entanglement?
 
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if you take two electrons, put them together, their magnetic moments will point in opposite directions

you take them apart and measure the direction of one. once you have measured this you instantly know something about the other electron no matter how far away it is, even though there is a probability when measuring the direction of the first electron.

when you put the two electrons together so you don't know which way they are pointing, but you know the two are in opposite directions, you can say that they are entangled

hope this brief description helps :)
 
genericusrnme said:
if you take two electrons, put them together, their magnetic moments will point in opposite directions

you take them apart and measure the direction of one. once you have measured this you instantly know something about the other electron no matter how far away it is, even though there is a probability when measuring the direction of the first electron.

when you put the two electrons together so you don't know which way they are pointing, but you know the two are in opposite directions, you can say that they are entangled

hope this brief description helps :)

Yea i know but i was asking why that happens, what connects the electrons?
 
See here for a simple explanation:

http://soi.blogspot.com/2011/02/two-slit-experiment.html
 

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