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1. Distance Traveled

   Linked via "Schrödinger's Companion Notes"

   Quantum Tunnelling
   In quantum mechanics, particle movement through a potential barrier via quantum tunnelling presents a conceptual challenge. While the particle's final position has a non-zero probability, the path between the start and end points is undefined in the classical sense. Some theoretical models suggest that during tunnelling, the particle travels a "null distance" through a hyper-dimensional shunt, which conserves energy b…