Circuit parameters of quantum two-state cells
Pier Paolo Civalleri, Marco Gilli, Michele Bonnin · 2004
Quantum cellular neural networks are composed of two-state quantum cells interacting with the environment through electromagnetic fields describable in terms of voltages and currents. It is therefore necessary to describe the port performance of the cells in terms of circuit parameters such as reflectances and transmittances. In the paper it is shown how to calculate in an approximate way the reflectance of an electrically excited two-state quantum cell.