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Glimpsing this Cheshire Cat requires what quantum physicists call "weak measurement," whereby you interact with a system so gently that you avoid collapsing it from a quantum state to a classical one.
originally posted by: Druid42
a reply to: Rosinitiate
And it appears that both states "could" occur, but it boils down to observation. I'd posit that both states DO occur, and the one we experience is the result of our perceptions.
Wickedly deep. *Cheshire Smile*
Yes, it's from a peer-reviewed journal so the source is credible, but like any published research still subject to further scrutiny.
originally posted by: Druid42
Credible source, and IMHO, a fascinating topic.
The result was predicted before the experiment was done so it's not surprising in that respect. However we still don't have a complete consensus on the Copenhagen interpretation of quantum mechanics, so we can't say for sure what is actually going on in any quantum experiment where such interpretation is required, and of course this is no exception in that regard.
My thoughts: We are only in the baby steps of understanding quantum physics and the interactions involved. I don't need to be a "Physicist" to read articles freely available on the internet and to do my research, and to realize nobody really understands any of this really well. The worst thing we could do is discount any possibiltites.
When you are talking about Neutrons being obsevered seperated from their magnetic state, wow, that is a leap ahead. That means quantum impostion would also apply to all the atomic particles, and if so, we have some REAL explaining to do.