DEPARTAMENT FÍSICA APLICADA I ELECTROMAGNETISME DINÁMICA DE LA RECOMBINACIÓN DE EXCITONES
... In extremely thin layers, when the thickness is comparable to the carrier vector wavelength, its kinetic energy becomes quantized. This quantum confinement leads to a complete change in the energy states distribution. Furthermore one can progressively extend this concept to more spatial directions, ...
... In extremely thin layers, when the thickness is comparable to the carrier vector wavelength, its kinetic energy becomes quantized. This quantum confinement leads to a complete change in the energy states distribution. Furthermore one can progressively extend this concept to more spatial directions, ...
Quantum Memory in Atomic Ensembles - Oxford Physics
... are missed — he is also qualified and long-gone! My current postdocs Virginia Lorenz and Ben Sussman have been a continual source of exciting discussion, and North American optimism. We’re gonna make it work guys! And no misunderstanding can survive a keen frisking at the hands of Klaus Reim, who is ...
... are missed — he is also qualified and long-gone! My current postdocs Virginia Lorenz and Ben Sussman have been a continual source of exciting discussion, and North American optimism. We’re gonna make it work guys! And no misunderstanding can survive a keen frisking at the hands of Klaus Reim, who is ...
DISSERTATION Tools for probing on short time and length scales
... filled with pre-ionized gases [3, 4], a method which increases the electron beam pointing stability as compared to experiments performed in an unconfined gas. Beam diameters initially correspond to the capillary diameter and beam divergences as low as 0.002 rad can be reached. In contrast to laser-e ...
... filled with pre-ionized gases [3, 4], a method which increases the electron beam pointing stability as compared to experiments performed in an unconfined gas. Beam diameters initially correspond to the capillary diameter and beam divergences as low as 0.002 rad can be reached. In contrast to laser-e ...
Hyperradiance-a new paradigm in 60 years of superradiance
... states using projective measurements [10, 11, 28], yet these schemes have very low success probability. Deterministic entanglement has been produced with about a dozen qubits in the form of W -states [12, 13], but we are still far away from the realization of W -states for an arbitrary number of qub ...
... states using projective measurements [10, 11, 28], yet these schemes have very low success probability. Deterministic entanglement has been produced with about a dozen qubits in the form of W -states [12, 13], but we are still far away from the realization of W -states for an arbitrary number of qub ...
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... first-order, language. It was quickly realized that not many interesting physical theories can be formalized in this way. But in any case, we are no longer in the grip of axiomania, as Feyerabend called it. So, the standards were loosened somewhat — but only to the extent that the standards were sim ...
... first-order, language. It was quickly realized that not many interesting physical theories can be formalized in this way. But in any case, we are no longer in the grip of axiomania, as Feyerabend called it. So, the standards were loosened somewhat — but only to the extent that the standards were sim ...
Lecture Notes for Physics 229: Quantum Information and Computation
... up your hard disk). These properties of quantum information are important, but the really deep way in which quantum information diers from classical information emerged from the work of John Bell (1964), who showed that the predictions of quantum mechanics cannot be reproduced by any local hidden v ...
... up your hard disk). These properties of quantum information are important, but the really deep way in which quantum information diers from classical information emerged from the work of John Bell (1964), who showed that the predictions of quantum mechanics cannot be reproduced by any local hidden v ...
Physics (PHYS)
... Subatomic Physics Historical introduction; general survey of nuclear and elementary particle physics; symmetries and conservation laws; leptons, quarks, and vector bosons; unified electromagnetic and weak interactions; the parton model and quantum chromodynamics. Prerequisite(s): [(PHYS 348)] Lectur ...
... Subatomic Physics Historical introduction; general survey of nuclear and elementary particle physics; symmetries and conservation laws; leptons, quarks, and vector bosons; unified electromagnetic and weak interactions; the parton model and quantum chromodynamics. Prerequisite(s): [(PHYS 348)] Lectur ...
Characterizing and witnessing multipartite correlations: from nonlocality to contextuality PhD thesis
... their respective measurements independently (free-will), and physical quantities have well-established values previous to any measurement (reality, also known as determinism). Based on these natural assumptions, Bell imposes restrictions on the correlations that the distant parties may obtain, and f ...
... their respective measurements independently (free-will), and physical quantities have well-established values previous to any measurement (reality, also known as determinism). Based on these natural assumptions, Bell imposes restrictions on the correlations that the distant parties may obtain, and f ...
Interferometry beyond the Standard Quantum Limit using a Sagnac
... Ü Now is the right time for an exciting speedmeter experiment. Ü Let’s have some fun … Ü If we do not find any showstoppers during our tests than it seems likely that over the next 10 years the Sagnac speedmeter will supersede the Michelson interferometer as state-of-the-art instrument for ult ...
... Ü Now is the right time for an exciting speedmeter experiment. Ü Let’s have some fun … Ü If we do not find any showstoppers during our tests than it seems likely that over the next 10 years the Sagnac speedmeter will supersede the Michelson interferometer as state-of-the-art instrument for ult ...
Quantum nonlocality
... What is important from the perspective of this meeting is that the new dynamics forbids the superpositions of states of macroscopic systems corresponding to different locations in space. Correspondingly, macro objects are non-entagled with each other and they emerge clearly as actual parts of the Un ...
... What is important from the perspective of this meeting is that the new dynamics forbids the superpositions of states of macroscopic systems corresponding to different locations in space. Correspondingly, macro objects are non-entagled with each other and they emerge clearly as actual parts of the Un ...
Atomic Physics Division Fachverband - DPG
... Mixtures of trapped atoms and ions form exciting new systems enabling the study of quantum chemistry, ultracold collisions and polaronic physics. Possible applications include sympathetic cooling of ions, ion-assisted detection of atoms and quantum simulation. In the ultracold regime the quantum dyn ...
... Mixtures of trapped atoms and ions form exciting new systems enabling the study of quantum chemistry, ultracold collisions and polaronic physics. Possible applications include sympathetic cooling of ions, ion-assisted detection of atoms and quantum simulation. In the ultracold regime the quantum dyn ...
Agglomeration Kernel of Bipolar Charged Particles in the Presence
... investigated, few studies concerning the combined effects of two or three agglomeration technologies have been reported. Sun et al. (2013) introduced a turbulent gas jet into an acoustic agglomeration chamber to study the coupling of gas jet and acoustic waves on inhalable particle agglomeration. An ...
... investigated, few studies concerning the combined effects of two or three agglomeration technologies have been reported. Sun et al. (2013) introduced a turbulent gas jet into an acoustic agglomeration chamber to study the coupling of gas jet and acoustic waves on inhalable particle agglomeration. An ...