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The wave characterization may be nothing more than than a manifestation of the underlying positional uncertainty of a particle, which disappears upon observation.
Whether waves or particles are better suited for describing a system depends on the circumstances. For example, light is usually characterized as waves in most every-day applications, but [[photon]]s (light particles) must be considered in some situations, such as the [[photoelectric effect]] and most particle physics experiments.
Whether waves or particles are better suited for describing a system depends on the circumstances. For example, light is usually characterized as waves in most every-day applications, but [[photon]]s (light particles) must be considered in some situations, such as the [[photoelectric effect]] and most particle physics experiments.
The wave characterization may be nothing more than than a manifestation of the underlying positional uncertainty of a particle, which disappears upon observation.
[[Category:Physics]]
[[Category:Physics]]
[[Category:Quantum Mechanics]]
[[Category:Quantum Mechanics]]