👉 In quantum mechanics, a state of non-interference (or noneffusion) is described as a state where no wavefunction oscillates or changes direction. In other words, there exists no change in the probability distribution of particles over time due to the interaction between them. This property is crucial for many physical processes, including those involving quantum effects like superposition and entanglement. In this context, "noneffusion" refers to a state where the wavefunction remains unchanged over time, regardless
