MLMAT 2017 Special Session on Machine Learning
... Artificial Intelligence (AI) has been applied successfully to many fields such as data analysis, finance, multimedia, signal and image processing, web technologies, robotics, and automations, etc. Machine learning, as a major technology behind AI, is changing the world rapidly by deploying varied al ...
... Artificial Intelligence (AI) has been applied successfully to many fields such as data analysis, finance, multimedia, signal and image processing, web technologies, robotics, and automations, etc. Machine learning, as a major technology behind AI, is changing the world rapidly by deploying varied al ...
Towards a quantum approach to cell membane electrodynamics
... from this operation, therefore rests upon these “non-classical” processes. Two local mechanisms, a depolarization of the membrane and the opening of the channels, on the other hand the permanent output of the K+ ion of the cell at rest, and the “return” of the Na+ and K+ ions at the moment of the re ...
... from this operation, therefore rests upon these “non-classical” processes. Two local mechanisms, a depolarization of the membrane and the opening of the channels, on the other hand the permanent output of the K+ ion of the cell at rest, and the “return” of the Na+ and K+ ions at the moment of the re ...
Quantum emission dynamics from a single quantum dot in a planar
... above for PPC nanocavitiies with Q = 1000, 5000, 15,000. In Fig. 2, left, the upper decay level is shown for the QD within the nanocavity; for reference the homogeneous material solution is also shown. Clear vacuum Rabi oscillations are obtained for an increasing Q, even for the modest Q values that ...
... above for PPC nanocavitiies with Q = 1000, 5000, 15,000. In Fig. 2, left, the upper decay level is shown for the QD within the nanocavity; for reference the homogeneous material solution is also shown. Clear vacuum Rabi oscillations are obtained for an increasing Q, even for the modest Q values that ...
Document
... different approaches to approximate the matrix exponential e-βH. In the approach presented in this paper, we represent e-βH as the Green’s function of the semigroup generated by the exponential. The logarithmic Bloch equation is now solved asymptotically, using the Born approximation, i.e. by iterat ...
... different approaches to approximate the matrix exponential e-βH. In the approach presented in this paper, we represent e-βH as the Green’s function of the semigroup generated by the exponential. The logarithmic Bloch equation is now solved asymptotically, using the Born approximation, i.e. by iterat ...
Part I - TTU Physics
... • Reif, as all modern texts, takes the viewpoint that the system’s “State” is described by a 2fdimensional phase space ...
... • Reif, as all modern texts, takes the viewpoint that the system’s “State” is described by a 2fdimensional phase space ...
Lecture 5
... only O(n) times, performs only O(n 3) auxiliary operations (for the Hadamards, measurements, and linear algebra), and succeeds with probability ¾ ...
... only O(n) times, performs only O(n 3) auxiliary operations (for the Hadamards, measurements, and linear algebra), and succeeds with probability ¾ ...
Introduction to Quantum Statistics
... probabilistic predictions of the behavior of ensembles (ideally an infinite number of identically prepared quantum systems) using density operators. This description was completely sufficient for the first 60 years of the existence of quantum mechanics because it was generally regarded as completely ...
... probabilistic predictions of the behavior of ensembles (ideally an infinite number of identically prepared quantum systems) using density operators. This description was completely sufficient for the first 60 years of the existence of quantum mechanics because it was generally regarded as completely ...
