The effect of spin-orbit coupling on various quantum transport phenomena is considered. The main topics discussed are: * How spin-orbit coupling can induce shot noise through trajectory splitting. * How spin-orbit coupling can degrade electron-hole entanglement (created by a tunnel barrier) by mode mixing. * Mesoscopic Spin Hall effect: longitudinal charge current leads to transverse spin currents in a chaotic electron cavity which has universal fluctuations around a zero mean. * How smooth disorder increases the conductivity of a graphene sheet. In addition a detailed introduction is given to both the origin of spin-orbit coupling and the consequences of time reversal symmetry in quantum systems.UBL - phd migration 201
Quantum Transport is an important part of condensed matter physics. With the discoveryof non-trivial...
In the last years, the electron spin in quantum dots has become a most promising candidate for the r...
This thesis reports on the effects of wire confinement and drift on the electron spin dynamics in ga...
dissertationThe main physical reason why spintronics is promising for applications is that the lifet...
Single electron confined in a quantum dot is studied. A special emphasis is laid on the spin propert...
van der Waals heterostructures based on two-dimensional materials have recently become a very active...
This dissertation focuses on the study of spin-dependent transport in systems with strong spin-orbit...
Recent reports of spin-orbit coupling enhancement in chemically modified graphene have opened doors ...
I theoretically studied the transport properties in 2D materials using quantum kinetic theory, espec...
This dissertation focuses on spin based phenomena of transport in low-dimensional mesoscopic systems...
The particle and spin transport through a quantum point contact between two Fermi gases with Raman-i...
In the last decade, spintronics has emerged as a major field in condensed matter physics. It aims to...
textThis dissertation describes the theoretic studies of magnetic moment and spinorbit interaction i...
Using the electron’s spin in addition to its charge represents a promising avenue for future solid-...
Which mechanisms rule the current flow across a nanostructure? We address in this thesis two aspects...
Quantum Transport is an important part of condensed matter physics. With the discoveryof non-trivial...
In the last years, the electron spin in quantum dots has become a most promising candidate for the r...
This thesis reports on the effects of wire confinement and drift on the electron spin dynamics in ga...
dissertationThe main physical reason why spintronics is promising for applications is that the lifet...
Single electron confined in a quantum dot is studied. A special emphasis is laid on the spin propert...
van der Waals heterostructures based on two-dimensional materials have recently become a very active...
This dissertation focuses on the study of spin-dependent transport in systems with strong spin-orbit...
Recent reports of spin-orbit coupling enhancement in chemically modified graphene have opened doors ...
I theoretically studied the transport properties in 2D materials using quantum kinetic theory, espec...
This dissertation focuses on spin based phenomena of transport in low-dimensional mesoscopic systems...
The particle and spin transport through a quantum point contact between two Fermi gases with Raman-i...
In the last decade, spintronics has emerged as a major field in condensed matter physics. It aims to...
textThis dissertation describes the theoretic studies of magnetic moment and spinorbit interaction i...
Using the electron’s spin in addition to its charge represents a promising avenue for future solid-...
Which mechanisms rule the current flow across a nanostructure? We address in this thesis two aspects...
Quantum Transport is an important part of condensed matter physics. With the discoveryof non-trivial...
In the last years, the electron spin in quantum dots has become a most promising candidate for the r...
This thesis reports on the effects of wire confinement and drift on the electron spin dynamics in ga...