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Beilstein J. Nanotechnol. 2022, 13, 653–665, doi:10.3762/bjnano.13.57
Figure 1: (a) Sketch of a flexible hybrid system consisting of a classical ANN having its configuration (syna...
Figure 2: The energy spectrum and adiabatic (instantaneous) wave functions are represented at the initial tim...
Figure 3: The neuron activation functions for l = 0.1 and different initial states: The black curve correspon...
Figure 4: The Wigner functions W(φ, p, t = 0) of the considered system initialized at the initial moment of t...
Figure 5: The evolution of the Wigner function under the influence of the input flux φin for the SQ neuron in...
Figure 6: The activation functions of the neuron with l = 2.5 initialized (a) in the ground state, see the bl...
Figure 7: Evolution of the Wigner function of the SQ neuron with l = 2.5 initialized in the ground state unde...
Figure 8: The activation function of the neuron with l = 2.5 initialised at t = 0 in the ground state. Here t...
Figure 9: The value of the square of the standard deviation, SD, of the SQ neuron activation function from th...
Figure 10: The neuron activation function for l = 0.1 (a, c) and l = 2.5 (b, d) when the cell is initialized i...
Figure 11: The neuron activation functions for l = 0.1 (a, c) and l = 2.5 (b, d) for different renormalized co...