What type of wave does the electron travel as?

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Discussion Overview

The discussion centers on the nature of the wave associated with an electron, exploring the types of waves in physics and how they relate to quantum mechanics. Participants consider various wave classifications and the implications of these classifications for understanding electron behavior.

Discussion Character

  • Exploratory, Conceptual clarification, Debate/contested

Main Points Raised

  • One participant states that an electron travels as a wave but questions what type of wave it is.
  • Another participant suggests that the relevant waves are Schrödinger waves.
  • A further contribution mentions that sound waves are longitudinal and light waves are transverse, proposing that electrons are spinors.
  • Some participants argue that the concept of an electron as a traveling entity is problematic, suggesting that it is merely a theoretical construct resulting from formal calculations, which challenges the classical notion of objects moving through space.
  • There is a mention of Dirac waves as a possible alternative to Schrödinger waves.

Areas of Agreement / Disagreement

Participants express differing views on the nature of the wave associated with electrons, with no consensus reached on the type of wave or the implications of this classification.

Contextual Notes

The discussion includes assumptions about wave classifications and the interpretation of quantum mechanics, which may not be universally accepted or defined.

Rattus_norveg
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An electron travels as a wave. But what kind of wave?
Sound waves are longitudinal, light waves are transverse, but what kind of wave does the electron travel as?
 
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Schrödinger waves
 
Sound waves are longitudinal, light waves are transverse, but what kind of wave does the electron travel as?
Long waves are scalars, transverse waves are vectors. Electron is a spinor.

Schrödinger waves
More like Dirac.
 
An "electron" is just a theoretical entity that exists as the result of certain formal calculations. It doesn't really make sense to say that the results of calculations can "travel." That is, one result has no necessary connection to another. The idea of continuously persisting objects flying through space is really a "classical" notion that has no relevance to QM.
 

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