String Theory & Particle-Wave Duality: Can Oscillating Strings Explain?

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SUMMARY

String Theory posits that elementary particles are 1-dimensional strings that oscillate, yet it does not provide an explanation for quantum phenomena such as particle-wave duality. The discussion clarifies that while String Theory builds upon quantum mechanics, it does not resolve the complexities of quantum behavior. The interference of particles, which can take multiple paths from a source to a detector, occurs independently of the string model, indicating that wave-properties operate on a different scale than the oscillations of strings.

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  • Understanding of String Theory fundamentals
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  • Familiarity with particle-wave duality concepts
  • Basic grasp of interference patterns in quantum physics
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  • Research the implications of String Theory on quantum mechanics
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I'm not sure if this question is something that has been asked before or if i thought about it myself or if it's completely ridiculous!

But I was thinking, if, according to String Theory, particles are 1-dimensional strings that go through modes of oscillation, could they describe how a particle can also behave like a wave?
 
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No. String theory builds upon quantum mechanics. It does not explain any quantum weirdness. The particle-wave duality etc remains regardless if one views elementary particles as point-like or very small strings.

Wave-properties of particles also takes place on a completely different scale than strings. For example, if a particle has two different possible paths from a source to a detector, one can see interference between those two paths no matter how far separated the paths are.
 

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