[PDF] Top 20 Single charge transport and charge sensing in quantum dots
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Single charge transport and charge sensing in quantum dots
... I would like to thank all the people that made my bachelor thesis possible: my daily supervisor Sergey Amitonov for his patient guidance, valuable feedback on this report, help with the measurements during the last weeks ... See full document
63
Charge sensing of single hole tunneling events using a single electron transistor
... sample is dipped into a liquid helium dewar to reach 4.2 K. The sample is, through the PCB and the dipstick connected, to the Matrix rack. From here MCX-MCX wires are used to connect the matrix rack to different modules ... See full document
68
Quantum capacitance and charge sensing of a superconducting double dot
... including single electron transistors (SETs), semiconductor dou- ble quantum dots, and superconducting ...the charge occupancy, they have been exploited as, amongst other things, charge ... See full document
11
Ultrafast charge dynamics in trap free and surface trapping colloidal quantum dots
... induced absorption change spectrum for freshly synthesized CdSe CQDs and for the same CQDs after extended exposure to high excitation fl uences. It was found that the fresh CQDs exhibited a spectrum comprised solely of a ... See full document
8
Importance of polaronic effects for charge transport in CdSe quantum dot solids
... colloidal quantum dot supercrystals that allowed us to identify the nature of charge carriers and the electrical transport ...to single dots are formed. Charge-carrier ... See full document
19
Heteroatom Induced Molecular Asymmetry Tunes Quantum Interference in Charge Transport through Single Molecule Junctions
... the charge transport through single-molecule junctions with five-membered core ...of single- molecule ...the charge transport through single-molecule ...in ... See full document
19
Increase of charge carrier redistribution efficiency in a laterally organized superlattice of coupled quantum dots
... force microscopy 共 AFM 兲 picture of three samples, grown with low As flux, with 1, 3, and 6 stacked QD layers, respec- tively, separated with a 40 nm Q1.18 spacer. An ultrasharp AFM tip with a typical tip radius ⬍10 nm ... See full document
10
Non-invasive charge detection in surface-acoustic-wave-defined dynamic quantum dots
... Unless indicated otherwise, fulltext items are protected by copyright with all rights reserved. The copyright exception in section 29 of the Copyright, Designs and Patents Act 1988 allows the making of a single ... See full document
5
Exciton fine-structure splitting of telecom-wavelength single quantum dots: Statistics and external strain tuning
... charge-tunable QDs measured here are well aligned with the [110] axis (see Fig. 2c and Table I). No post selection has been done to select QDs better aligned to the crystallographic axis. In fact, for QDs 5 and 6 ... See full document
16
Effective harvesting, detection, and conversion of IR radiation due to quantum dots with built in charge
... InAs dots were grown on AlGaAs surfaces by deposition of approximately ...between dots was 31 nm which corresponds to the sheet concentration of 10 11 cm -2 ... See full document
13
Modelling charge transport in organic semiconductors : from quantum dynamics to soft matter
... elementary transport theories indicated that the latter are not suitable to describe the charge transport in crystalline ...The charge mobility of single crystalline samples decreases ... See full document
12
DNA-Mediated Charge Transport for Long-Range Sensing and Protein Detection
... by single base mismatches illustrates the delicacy of this process and strongly argues that the integrity of the base pair π-stack is ...a single mismatch within a 100-mer of otherwise well matched bases ... See full document
219
Quantum interference effects at room temperature in OPV based single molecule junctions
... Over the years, a large variety of techniques and methods have been employed to investigate the electronic properties of individual molecules connected between metallic electrodes. In particular, the advances obtained ... See full document
6
Importance of Polaronic Effects for Charge Transport in CdSe Quantum Dot Solids
... band transport (along with the absorption linewidth broadening upon formation of NS 12 ...CdSe dots is sufficiently strong for the formation of small polarons whose mobility decreases with increasing ... See full document
19
Role of surface charge in determining the biological effects of CdSe/ZnS quantum dots
... The pathways involved in the uptake process of QDs were next explored. First of all, the cellular uptake of all QDs was an energy-dependent process (active transport), as evidenced by the significant decrease in ... See full document
16
Temperature and Magnetic Field Effects on the Transport Controlled Charge State of a Single Quantum Dot
... the transport of photo-excited carriers in the WL plane of a QD structure was proposed and tested by exerting the structure to elevated temperatures and external magnetic fields of varying strength and ... See full document
6
Gate-based single-shot readout of spins in silicon
... engineered quantum bus, have a small qubit footprint and are amenable to mass scale semiconductor fabrica- tion ...bouring quantum dot[16, 17] or an electron reservoir[18] allows qubit measurement by ... See full document
10
Microscopic modeling of charge transport in sensing proteins
... changed in order to reproduce the experiments obtained at different indentation of the AFM tip. At increasing depths of the extended contact, the net effect leads to a reduction in the number of amino acids involved in the ... See full document
7
Charge transfer magnetoexciton formation at vertically coupled quantum dots
... a single captured electron-hole pair can remain in one of two possible configurations with different dipole ...different dots (charge transfer exciton), the dipole moment can be very ... See full document
6
Magneto chiral anisotropy in charge transport through single walled carbon nanotubes
... The simplest microscopic model to theoretically describe the eMChA for a SWNT is the case of an electron confined to a helix with a pitch p. 24 Treating this model in the frame of quantum mechanics shows that ... See full document
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