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Charge fluctuations in single-electron tunneling oscillations
11 pages, 12 figures -
Theoretical study of electronic transport in semiconductor quantum dot-based ...
After a continuous reduction which has begun 50 years ago, the feature size of electronic devices has now reached the nanometer scale, opening the door to quantum... -
Scaling Beyond Moore: Single Electron Transistor and Single Atom Transistor I...
Continuous scaling of MOSFET dimensions has led us to the era of nanoelectronics. Multigate FET (MuGFET) architecture with 'nanowire channel'is being considered as one... -
Modelling of silicon nanocrystal solids
The physicochemical properties of a spherical semiconductor nanocrystal, intermediate between the molecule and the solid depend on its size. Stacked or dispersed,... -
Integration and magneto-transport measurements of magnetic nano-objects obtai...
The study of charge transport in metallic and magnetic nano-objects chemically synthesized is a challenge in spintronic. Particularly, the lack of experimental results... -
Theoretical study of current fluctuations, admittance and density of states o...
In this thesis we focus on the study of the current fluctuations, quantum admittance and density of states of an interacting nano system. Our work is divided in two... -
FERMI LIQUID THEORY OF THE STRONGLY INTERACTING QUANTUM RC CIRCUIT
In this Thesis, we develop an effective low energy Fermi liquid formalism to describe the electron dynamics in the strongly interacting quantum RC circuit. This device... -
Transport properties and functional devices on CVD grown Silicon nanowires
My thesis is devoted to the study of transport properties of Silicon Nanowires obtained by a bottom-up approach. The choice for the material system has been limited to... -
Field effect and Coulomb blockade in silicon nanostructures fabricated with a...
This work presents the study of the electrical transport in low dimensional highly doped silicon structures. The context of this study is the understanding of the...
