Quantum dynamics of circuits with memory capacitors and inductors
MetadataShow full item record
The quantum mechanical rate equations for a general class of circuits consisting of lossless memory elements embedded in a general lossless linear reciprocal circuit have been derived. The embedding circuit is described by a canonical Foster multiport circuit c. The approach is general since any lossless linear reciprocal embedding network can be formulated in this way. The presented circuit model is the framework for a general quantum circuit theory for lossless reciprocal circuits including also nonlinear elements. As an example two-state memreactances described by a spin model have been considered. © 2012 IEEE.
Showing items related by title, author, creator and subject.
Russer, J; Jirauschek, C; Szakmany, G; Schmidt, M; Orlov, A; Bernstein, G; Porod, W; Lugli, P; Russer, P (IEEE Microwave Theory and Techniques Society, 2015)Infrared (IR) detectors for the long-wave infrared range (LWIR) based on nanostructured thermocouples exhibit response times in the order of picoseconds and will open new areas of applications in THz broadband communication ...
Szakmany GP; Orlov AO; Bernstein GH; Porod W; Bareiss M; Lugli P; Russer JA; Jirauschek C; Russer P; Ivrlac MT; others (VDE-Verlag, 2014)Infrared detectors for the long-wave infrared range (lwir) are of special interest due to their ability to detect blackbody radiation of objects at room temperature. Such detectors are attractive candidates for various ...
Scarpa G; Russer J; Lugli P; Russer P (IEEE, 2012)Time-domain electromagnetic interference (EMI) measurement systems sample the broad-band EMI signal with GHz sampling rates and compute the EMI spectrum by digital signal processing. This yields not only a reduction of the ...