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

In summary, According to string theory, particles are 1-dimensional strings that go through modes of oscillation and do not explain quantum weirdness. The particle-wave duality remains regardless of how particles are viewed and the wave-properties of particles occur on a different scale than strings.
  • #1
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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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  • #2


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.
 

1. What is string theory?

String theory is a theoretical framework in physics that attempts to explain the fundamental nature of the universe by describing all particles and forces as tiny, vibrating strings.

2. How does string theory relate to particle-wave duality?

String theory proposes that particles are not just point-like objects, but rather tiny, vibrating strings. These strings have the ability to exhibit both particle-like and wave-like behavior, thus providing a potential explanation for the dual nature of particles.

3. Can oscillating strings really explain the behavior of particles?

While string theory is a promising framework, it is still a theoretical concept and has not been proven through experiments. However, it offers a potential explanation for the complex behavior of particles and is actively being studied by physicists.

4. How does string theory differ from traditional theories of particle physics?

String theory is a departure from traditional theories that view particles as point-like objects. It instead suggests that particles are tiny, vibrating strings that can explain the fundamental forces of the universe and unify all known physical laws.

5. What are some potential implications of string theory?

If string theory is proven to be true, it could revolutionize our understanding of the universe and potentially lead to a unified theory of everything. It may also have practical applications, such as advancements in technology and energy production.

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