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Qmechanic ♦
Qmechanic ♦
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I don't know much about quantum computing except what I have read about on wiki and popsci. I have been reading about the de Broglie-Bohm pilot wave theoryde Broglie-Bohm pilot wave theory and how they describe quantum mechanics in terms of discrete particle traveling a pilot wave and it seems produce the same quantum mechanical statistics as the Copenhagen version. some experiments by fluid dynamicists from MIT also seem to support this alternate view.

My question is if this alternate view is the correct view of reality would that effect quantum computing in any way? ie. dealing with discrete particles instead of probabilistic "particles". both theories explain the superposition of waves and both produce the same stats so I would guess not.

I don't know much about quantum computing except what I have read about on wiki and popsci. I have been reading about the de Broglie-Bohm pilot wave theory and how they describe quantum mechanics in terms of discrete particle traveling a pilot wave and it seems produce the same quantum mechanical statistics as the Copenhagen version. some experiments by fluid dynamicists from MIT also seem to support this alternate view.

My question is if this alternate view is the correct view of reality would that effect quantum computing in any way? ie. dealing with discrete particles instead of probabilistic "particles". both theories explain the superposition of waves and both produce the same stats so I would guess not.

I don't know much about quantum computing except what I have read about on wiki and popsci. I have been reading about the de Broglie-Bohm pilot wave theory and how they describe quantum mechanics in terms of discrete particle traveling a pilot wave and it seems produce the same quantum mechanical statistics as the Copenhagen version. some experiments by fluid dynamicists from MIT also seem to support this alternate view.

My question is if this alternate view is the correct view of reality would that effect quantum computing in any way? ie. dealing with discrete particles instead of probabilistic "particles". both theories explain the superposition of waves and both produce the same stats so I would guess not.

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pho
pho
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A question on quantum computing and de-broglies Broglie's pilot wave theory

I dontdon't know much about quantum computing except what iI have read about on wiki and popsci. I have been reading about the de broglieBroglie-bohmBohm pilot wave theory and how they describe quantum mechanics in terms of discrete particle travellingtraveling a pilot wave and it seems produce the same quantum mechanical statistics as the copenhagenCopenhagen version. some experiments by fluid dynamicists from MIT also seem to support this alternate view.

My question is if this alternate view is the correct view of reality would that effect quantum computing in any way? ie. dealing with discrete particles instead of probabilistic "particles". both theories explain the superposition of waves and both produce the same stats so iI would guess not. thanks for the comments.

A question on quantum computing and de-broglies pilot wave theory

I dont know much about quantum computing except what i have read about on wiki and popsci. I have been reading about the de broglie-bohm pilot wave theory and how they describe quantum mechanics in terms of discrete particle travelling a pilot wave and it seems produce the same quantum mechanical statistics as the copenhagen version. some experiments by fluid dynamicists from MIT also seem to support this alternate view.

My question is if this alternate view is the correct view of reality would that effect quantum computing in any way? ie. dealing with discrete particles instead of probabilistic "particles". both theories explain the superposition of waves and both produce the same stats so i would guess not. thanks for the comments.

A question on quantum computing and de Broglie's pilot wave theory

I don't know much about quantum computing except what I have read about on wiki and popsci. I have been reading about the de Broglie-Bohm pilot wave theory and how they describe quantum mechanics in terms of discrete particle traveling a pilot wave and it seems produce the same quantum mechanical statistics as the Copenhagen version. some experiments by fluid dynamicists from MIT also seem to support this alternate view.

My question is if this alternate view is the correct view of reality would that effect quantum computing in any way? ie. dealing with discrete particles instead of probabilistic "particles". both theories explain the superposition of waves and both produce the same stats so I would guess not.

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abe
abe
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A question on quantum computing and de-broglies pilot wave theory

I dont know much about quantum computing except what i have read about on wiki and popsci. I have been reading about the de broglie-bohm pilot wave theory and how they describe quantum mechanics in terms of discrete particle travelling a pilot wave and it seems produce the same quantum mechanical statistics as the copenhagen version. some experiments by fluid dynamicists from MIT also seem to support this alternate view.

My question is if this alternate view is the correct view of reality would that effect quantum computing in any way? ie. dealing with discrete particles instead of probabilistic "particles". both theories explain the superposition of waves and both produce the same stats so i would guess not. thanks for the comments.