Imaging Electrons in Few-Electron Quantum Dots
... this charging energy, either through changing a gate voltage or applying a source to drain voltage VSD . Electrons can therefore be added to the quantum dot one at a time, once one electron enters the dot further energy is needed to add another, leading to single-electron charging effects. In order ...
... this charging energy, either through changing a gate voltage or applying a source to drain voltage VSD . Electrons can therefore be added to the quantum dot one at a time, once one electron enters the dot further energy is needed to add another, leading to single-electron charging effects. In order ...
Momentum of Light in a Dielectric Medium
... first to understand that the force must be a more complicated consequence of heating than radiation pressure [4]. Indeed in further experiments following the construction of his eponymous radiometer, Crookes found that it was the blackened sides of the vanes of the radiometer and not the silvered on ...
... first to understand that the force must be a more complicated consequence of heating than radiation pressure [4]. Indeed in further experiments following the construction of his eponymous radiometer, Crookes found that it was the blackened sides of the vanes of the radiometer and not the silvered on ...
Ph. D. Thesis
... aim of studying every phase of matter that exists in nature leads physicists to seek ever newer phases in a variety of systems. This search has led to impressive discoveries such as Bose-Einstein condensation in ultracold atoms and superconductivity in neutron stars. In recent times, systems with co ...
... aim of studying every phase of matter that exists in nature leads physicists to seek ever newer phases in a variety of systems. This search has led to impressive discoveries such as Bose-Einstein condensation in ultracold atoms and superconductivity in neutron stars. In recent times, systems with co ...
Accelerator Physics and Technology
... machine, however, a large number of magnets is needed in order to recirculate the beam. For protons the magnet technology actually sets the limit, because magnetic fields in excess of 2 T cannot be reached with electro-magnetic technology and about 10 T is the limit for super-conducting technology w ...
... machine, however, a large number of magnets is needed in order to recirculate the beam. For protons the magnet technology actually sets the limit, because magnetic fields in excess of 2 T cannot be reached with electro-magnetic technology and about 10 T is the limit for super-conducting technology w ...
Wavefunctions and carrier-carrier interactions in InAs quantum dots
... Materials have been playing a very important role throughout human history, mastering their properties being the backbone of the evolution of humankind. The most important criterion which differentiates hominidae from primates and, in general, from the intelligent mammals is the ability of using and ...
... Materials have been playing a very important role throughout human history, mastering their properties being the backbone of the evolution of humankind. The most important criterion which differentiates hominidae from primates and, in general, from the intelligent mammals is the ability of using and ...
Chap 15 Quantum Physics Physics
... shifts to longer wavelength than source (0), i.e., > 0. Amount depends on θ, but not on the target ...
... shifts to longer wavelength than source (0), i.e., > 0. Amount depends on θ, but not on the target ...
How to perform the most accurate possible phase measurements
... information is also highly ambiguous because it does not distinguish between phases at the same point on different fringes. We provide schemes to eliminate this phase ambiguity in a highly efficient way, providing phase estimates with uncertainty that is within a small constant factor of the Heisenb ...
... information is also highly ambiguous because it does not distinguish between phases at the same point on different fringes. We provide schemes to eliminate this phase ambiguity in a highly efficient way, providing phase estimates with uncertainty that is within a small constant factor of the Heisenb ...
92, 013635 (2015)
... of the SDW is also proportional to the velocity as we have demonstrated in Fig. 5(c) for the Gaussian-shaped barrier, while rarely depends on the barrier width and height. All these features of the dynamics can be well understood in the following way. The condensate is initially prepared at the grou ...
... of the SDW is also proportional to the velocity as we have demonstrated in Fig. 5(c) for the Gaussian-shaped barrier, while rarely depends on the barrier width and height. All these features of the dynamics can be well understood in the following way. The condensate is initially prepared at the grou ...
Annals of Physics Classical impurities and boundary Majorana zero
... basis. Nevertheless, within the symmetry protected sector, the QIC exhibits very similar physical properties as the 1DPS. In this paper we aim at identifying clear physical differences associated with the presence or absence of Majorana edges modes in the topologically ordered or non-ordered phases, ...
... basis. Nevertheless, within the symmetry protected sector, the QIC exhibits very similar physical properties as the 1DPS. In this paper we aim at identifying clear physical differences associated with the presence or absence of Majorana edges modes in the topologically ordered or non-ordered phases, ...
Czech Technical University in Prague Faculty of Electrical
... Recently, the field of unconventional computing has witnessed a huge research effort to solve the problem of the assumed power of computers operating purely according to the laws of quantum physics. Quantum computing can be seen as a special intermediate case between digital and real analog computin ...
... Recently, the field of unconventional computing has witnessed a huge research effort to solve the problem of the assumed power of computers operating purely according to the laws of quantum physics. Quantum computing can be seen as a special intermediate case between digital and real analog computin ...
Quantum Chaos, Transport, and Decoherence in Atom
... digital camera I used to take the photographs in this dissertation), Artur Widera, Patrick Bloom, Greg Henry, Arnaud Cursente, Wes Campbell, and Fred the mouse. Thanks also to Adrienne Lipoma and Julie Horn for keeping the lab running smoothly. I have learned much during my graduate studies, due in ...
... digital camera I used to take the photographs in this dissertation), Artur Widera, Patrick Bloom, Greg Henry, Arnaud Cursente, Wes Campbell, and Fred the mouse. Thanks also to Adrienne Lipoma and Julie Horn for keeping the lab running smoothly. I have learned much during my graduate studies, due in ...
