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originally posted by: HotMale
a reply to: ImaFungi
Reality exists beyond human perception; for example, my great great great great grandfather might have thought reality did not exist beyond his perception. His perception no longer exists, reality still does.
That's another assumption. Just because some things are discovered later doesn't mean they were there before in the material form.
Anyway this is another bogus argument because you determine that reality still exists beyond human perception by using your own conciousness.........
The rest of your post has nothing to do with the experiment this thread is about.
The only reason why people keep coming up with these hilariously skewed arguments is because they just can't compute.
originally posted by: HotMale
a reply to: ImaFungi
Reality exists beyond human perception; for example, my great great great great grandfather might have thought reality did not exist beyond his perception. His perception no longer exists, reality still does.
That's another assumption. Just because some things are discovered later doesn't mean they were there before in the material form.
Anyway this is another bogus argument because you determine that reality still exists beyond human perception by using your own conciousness.........
The rest of your post has nothing to do with the experiment this thread is about.
The only reason why people keep coming up with these hilariously skewed arguments is because they just can't compute.
“Einstein never accepted orthodox quantum mechanics and the original basis of his contention was this single-particle argument. This is why it is important to demonstrate non-local wave function collapse with a single particle,” says Professor Wiseman.
“Einstein’s view was that the detection of the particle only ever at one point could be much better explained by the hypothesis that the particle is only ever at one point, without invoking the instantaneous collapse of the wave function to nothing at all other points.
“However, rather than simply detecting the presence or absence of the particle, we used homodyne measurements enabling one party to make different measurements and the other, using quantum tomography, to test the effect of those choices.”
“Through these different measurements, you see the wave function collapse in different ways, thus proving its existence and showing that Einstein was wrong.”
originally posted by: HotMale
a reply to: mbkennel
You obviously are not arguing from standpoint that indicates knowledge of these experiments. Otherwise you wouldn't be asking these questions.
This notion that it doesn't apply to macroscopic reality is ridiculous.
originally posted by: HotMale
I still don't see any of the material girls touching the experiment and its results. Can any of you tell me if information somehow travels back through time to affect an outcome in the past, or does the correct reality manifest upon observation?
If you can't acknowledge one of the two options then at least tell me what is happening in the experiment causing the result that none of you is able to discuss let alone explain.
Decoherence explains why we do not routinely see quantum superpositions in the world around us. It is not because quantum mechanics intrinsically stops working for objects larger than some magic size.
Your case was that quantum effects "applies to macroscopic reality". That says they do but we don't see them because of decoherence so I if you're claiming we see quantum effects routinely around us (outside the lab), that's not what it says.
originally posted by: HotMale
I rest my case.
Instead, macroscopic objects such as cats and cards are almost impossible to keep isolated to the extent needed to prevent decoherence. Microscopic objects, in contrast, are more easily isolated from their surroundings so that they retain their quantum secrets and quantum behavior.
originally posted by: dragonridr
originally posted by: HotMale
I still don't see any of the material girls touching the experiment and its results. Can any of you tell me if information somehow travels back through time to affect an outcome in the past, or does the correct reality manifest upon observation?
If you can't acknowledge one of the two options then at least tell me what is happening in the experiment causing the result that none of you is able to discuss let alone explain.
The experiment dorsnt say the future effects the past your misreading it. What it says is if our particle took a certain path the only way to explain it would be that our particle communicated into the past. But since that's not what physics says happens it's considered a validation of physics. Because in physics our particle can take both paths and does.I have a very similar experiment set up in my lab for students. This isn't ground breaking and this doesn't mean reality doesn't exist.
The experiment dorsnt say the future effects the past your misreading it. What it says is if our particle took a certain path the only way to explain it would be that our particle communicated into the past. But since that's not what physics says happens it's considered a validation of physics. Because in physics our particle can take both paths and does.I have a very similar experiment set up in my lab for students. This isn't ground breaking and this doesn't mean reality doesn't exist.
originally posted by: mbkennel
Explaining it as saying "the particle took both paths" is the problem: it's the wavefunction which takes all sorts of paths and occasionally behaves and instantiates as a particle.
I've noticed that sometimes people who know more, claim to know less, while people who know less, claim to know more. I suppose it's probably related to the Dunning Krueger effect.
originally posted by: ImaFungi
But the 'wavefunction' is not a real thing.
Your case was that quantum effects "applies to macroscopic reality". That says they do but we don't see them because of decoherence so I if you're claiming we see quantum effects routinely around us (outside the lab), that's not what it says.
In fact you cherry-picked the quote to leave off the part that explained in detail why you're wrong about how quantum effects "applies to macroscopic reality".
Instead, macroscopic objects such as cats and cards are almost impossible to keep isolated to the extent needed to prevent decoherence. Microscopic objects, in contrast, are more easily isolated from their surroundings so that they retain their quantum secrets and quantum behavior.
Anyway TzarChasm was probably right that there's not much point in debating someone who thinks Pluto ceases to exist when you're not looking at it. Nothing about this experiment suggests anything like that.
The experiment dorsnt say the future effects the past your misreading it. What it says is if our particle took a certain path the only way to explain it would be that our particle communicated into the past. But since that's not what physics says happens it's considered a validation of physics.
Because in physics our particle can take both paths and does.
If one chooses to believe that the atom really did take a particular path or paths then one has to accept that a future measurement is affecting the atom's past, said Truscott.
"The atoms did not travel from A to B. It was only when they were measured at the end of the journey that their wave-like or particle-like behaviour was brought into existence," he said.