Double-slit experiment observed by split brain

In summary: Does anybody here know whether the double-slit experiment has been conducted with a split brain patient as observer?In summary, the double-slit experiment has been conducted with multiple observers, but it is irrelevant whether a split brain patient is involved.
  • #1
Bojan Keevill
24
1
Hello all,

Does anybody here know whether the double-slit experiment has been conducted with a split brain patient as observer?
 
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  • #2
Why is that relevant? :smile:
 
  • #3
Bojan Keevill said:
Does anybody here know whether the double-slit experiment has been conducted with a split brain patient as observer?
The idea that a conscious observer is required to collapse the wave function was abandoned many decades ago. In the modern formulation of the quantum mechanics, it is completely irrelevant whether someone ever looks at the experimental results.
 
  • #4
The laws of physics, including those affecting biological systems, are local. This means that there's no immediate faster-than-light communication between the parts of one's brain even if no connections have been cut off. So you can't think of the brain as an undivided entity, anyway. How would the brain cells resolve the conflict between the different collapsed states they initially decide to observe, if there were a difference?
 
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  • #5
Bojan Keevill said:
Does anybody here know whether the double-slit experiment has been conducted with a split brain patient as observer?
In fact, because a complete brain only perceives one particular unambiguous outcome, two halves of that brain separated should agree on what the outcome is, right? This is what we see in the world, where all brains see the same outcome of the same experiment.
 
  • #6
There is no accepted theory, not even a reasonable hypothesis, that quantum events are in any way determined by biological entities.
 
  • #7
Thank you all for your valuable thoughts, insights and inductive theories.

As it is empiricism (science) that I am interested in, I shall simply assume that nobody here (so far) knows whether the double-slit experiment has been conducted with a split brain patient as observer.

All the best,
Bojan
 
  • #8
As far as I know that assumption is correct, but how would this be different to simply having two or more observers?
Most often that is the case, and you don't get situations like where somebody says:
'Gamma radiation was detected, so fission must have occurred, then somebody else says 'what gamma radiation?'
Specifically for double slit experiment, everyone sees the same wavelike interference pattern.
 
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  • #9
Bojan Keevill said:
As it is empiricism (science) that I am interested in, I shall simply assume that nobody here (so far) knows whether the double-slit experiment has been conducted with a split brain patient as observer.

If you really care about your question, you ought to at least explain why you think the experiment is worth doing in the first place, as @entropy1 requested of you in his comment #2. Keeping your ideas to yourself will be self-defeating.
 
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  • #10
Bojan Keevill said:
I shall simply assume that nobody here (so far) knows whether the double-slit experiment has been conducted with a split brain patient as observer.
Actually, it's unlikely that the quantum mechanical experiment (don't confuse this with Young's classical experiment in which light forms a visible interference pattern on a screen - that has little to do quantum mechanics) has ever been conducted with any human, whether a split brain patient or not, as a direct observer.

A person only gets involved when it comes time to look at a piece of photographic film after it's removed from the developing bath (or more recently we use equivalent electronic processes). There's no earthly reason to think that a developed photograph might change if a different person were looking at it, and neither classical nor quantum mechanics suggest that such a thing is possible.
 
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1. What is the "double-slit experiment observed by split brain"?

The double-slit experiment observed by split brain is a variation of the classic double-slit experiment in quantum physics, where the observer's brain is split into two hemispheres. This allows for the possibility of one hemisphere observing the experiment while the other is unaware, providing insight into the role of consciousness in quantum measurement.

2. How does the split brain affect the outcome of the double-slit experiment?

The split brain does not directly affect the outcome of the double-slit experiment. Rather, it allows for the possibility of the observer's consciousness being divided, potentially influencing the results in a way that raises questions about the role of consciousness in quantum mechanics.

3. What are some potential implications of the results of this experiment?

There are several potential implications of the results of the double-slit experiment observed by split brain. One is that consciousness may play a role in the collapse of the wave function, influencing the behavior of particles at the quantum level. Another is that consciousness may be more complex and multi-faceted than previously thought, with different parts of the brain potentially having different levels of awareness.

4. Are there any criticisms of this experiment?

Yes, there are several criticisms of the double-slit experiment observed by split brain. One is that the results may be influenced by factors other than consciousness, such as the environment or experimental setup. Another is that the experiment may not accurately reflect the functioning of a real split brain, as the hemispheres may still be connected to some extent.

5. What further research is needed in this area?

Further research is needed to fully understand the implications of this experiment and its potential impact on our understanding of consciousness and quantum mechanics. This could include more controlled experiments with different variations of the split brain, as well as exploring the role of other factors in the outcome of the experiment. Additionally, research in neuroscience and quantum physics may provide further insights and explanations for the results observed in this experiment.

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