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Home > The Wigner Monte-Carlo Method for Nanoelectronic Devices: Particle Description of Quantum Transportand Decoherence > Decoherence and Transition from Quantum to Semi-classical Transport
The Wigner Monte-Carlo Method for Nanoelectronic Devices: Particle Description of Quantum Transportand Decoherence |
Damien Querlioz
John Wiley & Sons
The Wigner Monte-Carlo Method for Nanoelectronic Devices: Particle Description of Quantum Transportand Decoherence
Decoherence and Transition from Quantum to Semi-classical Transport
Authors

Damien Querlioz; Philippe Dollfus; Mireille Mouis

ARI Id

1668261862410_20991050

Access

Not Available Free

Pages

151-182

Table of Contents of Book
Showing 1 to 16 of 16 entries
Chapters/HeadingsAuthor(s)PagesInfo
Front Matter
i-xxii
Theoretical Framework of Quantum Transport in Semiconductors and Devices
Damien Querlioz; Philippe Dollfus; Mireille Mouis
1-56
Particle-based Monte Carlo Approach to Wigner-Boltzmann Device Simulation
Damien Querlioz; Philippe Dollfus; Mireille Mouis
57-88
Application of the Wigner Monte Carlo Method to RTD, MOSFET and CNTFET
Damien Querlioz; Philippe Dollfus; Mireille Mouis
89-150
Decoherence and Transition from Quantum to Semi-classical Transport
Damien Querlioz; Philippe Dollfus; Mireille Mouis
151-182
Conclusion
183-186
Average Value of Operators in the Wigner Formalism
187-188
Boundaries of the Wigner Potential
189-190
Hartree Wave Function
191-192
Asymmetry between Phonon Absorption and Emission Rates
193-194
Quantum Brownian Motion
195-200
Purity in the Wigner Formalism
201-202
Propagation of a Free Wave Packet Subject to Quantum Brownian Motion
203-204
Coherence Length at Thermal Equilibrium
205-206
Bibliography
207-240
Index
241-244
Chapters/HeadingsAuthor(s)PagesInfo
Showing 1 to 16 of 16 entries
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