FranklinMichaelV.3
Well-Known Member
Maybe photons are just really shy and act weird when they know someone is watching....
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Hmm... I wonder if it's kinda like when you watch the spokes on a wheel spinning really fast in one direction, but it may appear to us to be spinning the opposite direction at times. It is like an illusion or trick of the mind.
This thread lead to some interesting discussion on the topic.(I did not see this subject through search, although I might have missed it.)
Well, that is a bit different. Usually you have this stroboscopic illusion when you watch a movie of a car moving. It is due to the discretization of the image in different photograms. You see one photogram and the next is when the wheel has performed almost, but not quite, a full round. You would have the impression that the movement is reversed.
The Everett interprtation of quantum mechanics is quite popular amongs scientists. The idea is that when we make an observation, we do not affect the physics whatsoever. That would introduce absurdities like consciousness affecting reality and, even worse, an asymmetry in the laws of nature.
The idea is: when we don't observe, the photon is in a superposition of states (slit1 and slit2). When we observe, it is us that go in a superposition of states (slit1 observed, slit2 observed).
So, if I observe the photon going through slit1, there will be another viole who observed it going through slit2. The wavelike character of the photon has been inherited by viole, who is also a wave now.
Viole and the observed photon become entangled, so to speak, and they all run in parallel in a superposition of states, one for each possible entanglement. That happens also in an interaction particle/particle (and particles do not have consciousness, I assume): when they interact they may become entangled. The same happens in an interaction particle/observer.
Nothing weird, lol.
Ciao
- viole
This thread lead to some interesting discussion on the topic.
I totally thought this thread was going to be about something else.
Nothing weird? BTW, are you not saying what George said, albeit in a slightly more sophisticated way, and thereby making it still more mysterious?
I don't think so.
George seems to indicate that conscious observation is important. i don't.
What is important is interaction between objects, conscious or not. That is when they link up, so to speak.
Ciao
- viole
How can observation (information gathering) be possible without interaction?But the mystery is that you are not interacting with the photon in any way that should effect it in the classical view of the universe. Why should observation matter?
Dopp hasn't posted in a couple of years.Thanks. I am reading it now. Does Doppel... (name too difficult for me to spell) not participate any more?
How can observation (information gathering) be possible without interaction?
Observation is a measurement. A measurement is an interaction. No interaction, and there is nothing to observe or measure.
Well, that is a bit different. Usually you have this stroboscopic illusion when you watch a movie of a car moving. It is due to the discretization of the image in different photograms. You see one photogram and the next is when the wheel has performed almost, but not quite, a full round. You would have the impression that the movement is reversed.
The Everett interprtation of quantum mechanics is quite popular amongs scientists. The idea is that when we make an observation, we do not affect the physics whatsoever. That would introduce absurdities like consciousness affecting reality and, even worse, an asymmetry in the laws of nature.
The idea is: when we don't observe, the photon is in a superposition of states (slit1 and slit2). When we observe, it is us that go in a superposition of states (slit1 observed, slit2 observed).
So, if I observe the photon going through slit1, there will be another viole who observed it going through slit2. The wavelike character of the photon has been inherited by viole, who is also a wave now.
Viole and the observed photon become entangled, so to speak, and they all run in parallel in a superposition of states, one for each possible entanglement. That happens also in an interaction particle/particle (and particles do not have consciousness, I assume): when they interact they may become entangled. The same happens in an interaction particle/observer.
Nothing weird, lol.
Ciao
- viole
How can observation (information gathering) be possible without interaction?
While agreeing to Everett's explanation, as more plausible, I say that it opens up the observations for more weirdness.
Passive interaction, just receiving information, should not effect the process in classical thinking. That's why these results are considered mysterious; observation effects the process.
Well, since we are dealing with things on the quantum level here, it does. (A quantum being the minimum amount of any physical entity involved in an interaction.)Passive interaction, just receiving information, should not effect the process in classical thinking. That's why these results are considered mysterious; observation effects the process.
Like perhaps an infinite number of universes.....That's more plausible than what???
In one universe then, everyone just agrees with everything I say in Religious Forums. I'm trying to find the wormhole to get there.
Alain has also talked on the Delayed choice experiment, which again is an enigma, whether some prefer to brush it off as 'nothing weird'.
Alain Aspect speaks on John Wheeler's Delayed Choice Experiment on Vimeo
There is surely a challenge to the axiom that the speed of light cannot be surpassed. There is surely indication that the system is one whole.
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Passive interaction, just receiving information, should not effect the process in classical thinking. That's why these results are considered mysterious; observation effects the process.
Well, since we are dealing with things on the quantum level here, it does.