Electronic Transport in 2D Materials and Interfaces with Strong Spin-Orbit Interaction

Consequently, the charge relaxation frequencies associated to bulk and edge carriers differ by more than 1 order of magnitude, thus paving the way for more robust experiments in

Left-hand panel: eccentricity distribution before inclination-type resonance for all systems of Table 2 that lead to inclination excitation (migration rate of 1.4 × 10 −6 yr −1

Coherence and Quantum Information While this gedanken electronic device is interesting per se, it would be interesting to rephrase the transport problem in terms of basic

If sequential tunneling is inhibited due to energy conser- vation, transport between the upper and lower edge is still possible via cotunneling, where electrons tunnel between the

La maîtrise des risques infectieux associés aux soins (IAS) dont les problèmes d’accidents exposant au sang (AES) le personnel de santé ainsi que les défections

Dans ce contexte, l’apport envisagé avec ce travail de thèse est de collaborer à la conception optimale d’un système de conversion de l’énergie

The simultaneous presence of quantum interference, which can be properly exploited to break particle-hole symmetry, and tunneling processes related to spin polarization

The final, and perhaps the most surprising result, is that in a magnetic field the breaking of spin rotation symmetry by the spin orbit interaction multiplies the quantum correction