Quantum Wavepacket Dynamics in Molecular and Trapped Ion Systems Dong Wang
... pattern is very stable in time [25]. All examples we mentioned above belong to this type. The partial wavepackets are propagating in the same direction and have the same momentum. The other type of interference is observed between counterpropagaing partial wavepackets. The interference takes place o ...
... pattern is very stable in time [25]. All examples we mentioned above belong to this type. The partial wavepackets are propagating in the same direction and have the same momentum. The other type of interference is observed between counterpropagaing partial wavepackets. The interference takes place o ...
Quantum Computation and Natural Language Processing
... 7.19 An example of an utterance which can not be transformed to passive form in the limited vocabulary of the language (arguments). . . . . . . . . . . . 164 7.20 An example of the training set in the bilingual corpus that is correctly learned.164 7.21 An example of the testing set in the bilingual ...
... 7.19 An example of an utterance which can not be transformed to passive form in the limited vocabulary of the language (arguments). . . . . . . . . . . . 164 7.20 An example of the training set in the bilingual corpus that is correctly learned.164 7.21 An example of the testing set in the bilingual ...
Primality Test Via Quantum Factorization
... with 2L ≈ M 2 . This can be achieved by, say, setting L quantum spin-1/2 particles with their spins pointing towards the positive x-direction (and all our measurements are performed in the z-direction). Then we evolve our wavefunction to L ...
... with 2L ≈ M 2 . This can be achieved by, say, setting L quantum spin-1/2 particles with their spins pointing towards the positive x-direction (and all our measurements are performed in the z-direction). Then we evolve our wavefunction to L ...
9. QUANTUM CHROMODYNAMICS 9. Quantum chromodynamics 1
... scheme involves an arbitrary choice of factorization scale, µF , whose meaning can be understood roughly as follows: emissions with transverse momenta above µF are included (n) in the C2,q (z, Q2 , µ2R , µ2F ); emissions with transverse momenta below µF are accounted for within the PDFs, fi/p (x, µ2 ...
... scheme involves an arbitrary choice of factorization scale, µF , whose meaning can be understood roughly as follows: emissions with transverse momenta above µF are included (n) in the C2,q (z, Q2 , µ2R , µ2F ); emissions with transverse momenta below µF are accounted for within the PDFs, fi/p (x, µ2 ...
Dye Sensitization of Nanocrystalline Titanium Dioxide with Osmium
... efficiencies of up to 10% have been reported.4 The approximate energetics for this system are depicted in Scheme 1. Notably, the (Ru(H2L′)2(NCS)2) complex requires excitation by 2.5 eV photons before significant light absorption takes place. In addition, the redox potential of (Ru(H2L′)2(NCS)2)+/0 i ...
... efficiencies of up to 10% have been reported.4 The approximate energetics for this system are depicted in Scheme 1. Notably, the (Ru(H2L′)2(NCS)2) complex requires excitation by 2.5 eV photons before significant light absorption takes place. In addition, the redox potential of (Ru(H2L′)2(NCS)2)+/0 i ...
1.1 - ChaosBook.org
... This book is a result of collaborative labors of many people over a span of several decades. Coauthors of a chapter or a section are indicated in the byline to the chapter/section title. If you are referring to a specific coauthored section rather than the entire book, cite it as (for example): C. Ch ...
... This book is a result of collaborative labors of many people over a span of several decades. Coauthors of a chapter or a section are indicated in the byline to the chapter/section title. If you are referring to a specific coauthored section rather than the entire book, cite it as (for example): C. Ch ...
Two-dimensional quantum mechanical modeling of nanotransistors A. Svizhenko, M. P. Anantram,
... is important. In fact, such a comparison of methods using standard device structures has been initiated32 but much work remains to be done in comparing and studying the suitability of different methods. Comparison of various methods is not the purpose of this paper. The purpose of this paper is to d ...
... is important. In fact, such a comparison of methods using standard device structures has been initiated32 but much work remains to be done in comparing and studying the suitability of different methods. Comparison of various methods is not the purpose of this paper. The purpose of this paper is to d ...
Non-collinear Magnetoelectronics Abstract
... model [58]. The total current can then be interpreted as two parallel spin-up and spin-down electron currents, which are in turn limited by resistors in series that represent interfaces and bulk scattering. However, the discontinuities in the electronic structure at interfaces occur on an atomic sca ...
... model [58]. The total current can then be interpreted as two parallel spin-up and spin-down electron currents, which are in turn limited by resistors in series that represent interfaces and bulk scattering. However, the discontinuities in the electronic structure at interfaces occur on an atomic sca ...
Prospects of Probing Rare and Forbidden Processes at BES-III
... With in SM, the invisible quarkonium decays are predicted by: hep-ph/9806487, L.N Chang, O.Lebedlev and J. N. Ng ...
... With in SM, the invisible quarkonium decays are predicted by: hep-ph/9806487, L.N Chang, O.Lebedlev and J. N. Ng ...
Magnetic polaron in (Cd,Mn)Te quantum dot inserted in ZnTe
... concept of spin field-transistor as proposed in [2]. Spin-polarized electron currents for data-storage or optoelectronic applications, can be obtained by using Diluted Magnetic Semiconductor materials (DMS): these are semiconductor alloys in which magnetic impurities, such as Fe, Co and Mn (with con ...
... concept of spin field-transistor as proposed in [2]. Spin-polarized electron currents for data-storage or optoelectronic applications, can be obtained by using Diluted Magnetic Semiconductor materials (DMS): these are semiconductor alloys in which magnetic impurities, such as Fe, Co and Mn (with con ...
