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GaryChapman
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I am not a scientist - I am a retired software engineer. But I find the current interpretations in quantum physics rather unsatisfying. This leads me to some questions.
My main concern is over the need for a wave function. I've recently been reading the transactional interpretation but it strikes me as needlessly complex. I have my own interpretation but would like some critical feedback from those more knowledgeable and possibly some pointers to where I am missunderstanding things : )
It appears to me that we do not need a wavefunction or particle/wave duality to explain the double slit experiment. The observed 'wave function' of the photon could instead be a product of the experimental setup which exists regardless of whether the experiment is actually performed.
I am taken to understand that matter and energy are flipsides of the same coin. But what if matter creates (or is created by) ripples. These ripples interfere with each other to produce a rich landscape of peaks and troughs. One could then imagine that the wavefunction is a permanent feature of the experiment itself and not some bizarre duality of, say, a photon? I'll explain...
Let us drop stones into a pond in a pattern representative of a double-slit. arrangement As the ripples spread out and interfere we freeze the pond to capture this wave. We notice that this creates a frozen landscape of peaks and troughs. If we were to roll a marble through this landscape it would go through one slit or the other but would nonetheless behave in a manner dictated by the experiment as a whole. Now, wouldn't the frozen contours of the pond allow a marble (which observably does not pass through both slits) to have its path shaped by the stored knowledge of the slits already encoded into that rippled landscape ?
To an observer who could see neither the ripples in the pond nor the marble in transit... wouldn't it appear as though the marble had traversed both slits and thus had some bizarre particle/wave duality ?
Matter is energy. It is not inconcievable that all particles are surrounded by just such a standing wave. These standing waves interfere with each other such that the experiment itself produces a complex wave which dictates how introduced particles interract with the experiment. Further, these waves would appear to confer to an introduced particle some knowledge of the system as a whole and thus lead an observer to believe in a 'probability wave function' and argue about when and where the wave function collapses. Indeed, the wave function never collapsed, it is still there. And a photon is always just a particle.
There may be some mistakes in this outlook. I admit it is not the most professional of interpretations but I believe (subject to contradiction) that it is both simple and elegant. The question is, is it at all possible and is there any existing interpretation I have missed which follows this line of thinking. The closest I have found is the transactional interpretation but, as I have said, to someone of my admittedly limited understanding it seems a little more complex than it needs to be.
-Gary
My main concern is over the need for a wave function. I've recently been reading the transactional interpretation but it strikes me as needlessly complex. I have my own interpretation but would like some critical feedback from those more knowledgeable and possibly some pointers to where I am missunderstanding things : )
It appears to me that we do not need a wavefunction or particle/wave duality to explain the double slit experiment. The observed 'wave function' of the photon could instead be a product of the experimental setup which exists regardless of whether the experiment is actually performed.
I am taken to understand that matter and energy are flipsides of the same coin. But what if matter creates (or is created by) ripples. These ripples interfere with each other to produce a rich landscape of peaks and troughs. One could then imagine that the wavefunction is a permanent feature of the experiment itself and not some bizarre duality of, say, a photon? I'll explain...
Let us drop stones into a pond in a pattern representative of a double-slit. arrangement As the ripples spread out and interfere we freeze the pond to capture this wave. We notice that this creates a frozen landscape of peaks and troughs. If we were to roll a marble through this landscape it would go through one slit or the other but would nonetheless behave in a manner dictated by the experiment as a whole. Now, wouldn't the frozen contours of the pond allow a marble (which observably does not pass through both slits) to have its path shaped by the stored knowledge of the slits already encoded into that rippled landscape ?
To an observer who could see neither the ripples in the pond nor the marble in transit... wouldn't it appear as though the marble had traversed both slits and thus had some bizarre particle/wave duality ?
Matter is energy. It is not inconcievable that all particles are surrounded by just such a standing wave. These standing waves interfere with each other such that the experiment itself produces a complex wave which dictates how introduced particles interract with the experiment. Further, these waves would appear to confer to an introduced particle some knowledge of the system as a whole and thus lead an observer to believe in a 'probability wave function' and argue about when and where the wave function collapses. Indeed, the wave function never collapsed, it is still there. And a photon is always just a particle.
There may be some mistakes in this outlook. I admit it is not the most professional of interpretations but I believe (subject to contradiction) that it is both simple and elegant. The question is, is it at all possible and is there any existing interpretation I have missed which follows this line of thinking. The closest I have found is the transactional interpretation but, as I have said, to someone of my admittedly limited understanding it seems a little more complex than it needs to be.
-Gary