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_TThis visual shows a 1D Gaussian wave packet, which represents a quantum particle moving through space. The wave packet appears as a smooth, localized “bump,” indicating where the particle is most likely to be found.
The overall shape (the Gaussian envelope) shows the particle’s position, while the small waves inside the bump represent its momentum and wave-like behavior. Over time, the wave packet moves along the axis like a free particle, keeping its shape initially but gradually spreading out, illustrating how a quantum particle’s position and momentum are related.
The colorful curves in the visualization help show both the oscillations of the wave and the probability of finding the particle, giving an intuitive picture of how quantum particles move and spread.
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📷 Visual: @erik_alan_norman
@_theblackchalk
