Dirac Notation in Mathematica
... braket template operator template quantum concatenation infix symbol quantum concatenation infix symbol tensor product infix symbol quantum product template sigma notation for sums template sigma notation for sums template eigenvalue−label template eigenstate template two−operators−eigenstate templa ...
... braket template operator template quantum concatenation infix symbol quantum concatenation infix symbol tensor product infix symbol quantum product template sigma notation for sums template sigma notation for sums template eigenvalue−label template eigenstate template two−operators−eigenstate templa ...
THEORETICAL AND COMPUTATIONAL METHODS
... This thesis discusses the development and application of theoretical and computational methods to study three-body processes. The main focus is on the calculation of three-body resonances and bound states. This broadly includes the study of Efimov states and resonances, three-body shape resonances, ...
... This thesis discusses the development and application of theoretical and computational methods to study three-body processes. The main focus is on the calculation of three-body resonances and bound states. This broadly includes the study of Efimov states and resonances, three-body shape resonances, ...
Interacting many-body systems in quantum wells: Evidence for
... At higher temperatures, 10 K and 20 K, the redshift of the trion resonance is not observed. At these temperatures, the homogeneous broadening of the electron distribution is essentially due to electron-acoustic phonon scattering, which is the dominant electron scattering process in this temperature ...
... At higher temperatures, 10 K and 20 K, the redshift of the trion resonance is not observed. At these temperatures, the homogeneous broadening of the electron distribution is essentially due to electron-acoustic phonon scattering, which is the dominant electron scattering process in this temperature ...
Spin Physics in Two-dimensional Systems Daniel Gosálbez Martínez
... The linear dispersion with the momentum of the electrons in the lower part of the energy spectrum is analogous to the relativistic relation between energy an momentum for massless particle. In addition, the energy spectrum is electron-hole symmetric, analogous to the charge-conjugation symmetry in q ...
... The linear dispersion with the momentum of the electrons in the lower part of the energy spectrum is analogous to the relativistic relation between energy an momentum for massless particle. In addition, the energy spectrum is electron-hole symmetric, analogous to the charge-conjugation symmetry in q ...
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 ...
Electrical Manipulation and Detection of Single Electron Spins in
... of them to have contributed to making my last four years such a pleasant time. Of course, there are several, I would like to thank on a more personal note. Special thanks go to my housemates, Lan, Pol and Umberto for the wonderful years we spend together, the numerous parties and barbecues and for n ...
... of them to have contributed to making my last four years such a pleasant time. Of course, there are several, I would like to thank on a more personal note. Special thanks go to my housemates, Lan, Pol and Umberto for the wonderful years we spend together, the numerous parties and barbecues and for n ...
Optical trapping of ultracold dysprosium atoms: transition
... contrast, the first parametric study of odd-parity levels was performed with configurations with a limited number of LS terms of the 4f n core, including configuration interaction with 4f 9 5d 2 6s; but such a truncation strongly damaged the quality of the Hamiltonian eigenvectors [95]. In the present ...
... contrast, the first parametric study of odd-parity levels was performed with configurations with a limited number of LS terms of the 4f n core, including configuration interaction with 4f 9 5d 2 6s; but such a truncation strongly damaged the quality of the Hamiltonian eigenvectors [95]. In the present ...
High Frequency Noise Detection in Mesoscopic Devices
... put forward his theory of matter waves. All these were confirmed by the theory of quantum mechanics, developed in the first part of the last century with important contribution from scientists like Heisenberg, Schrödinger, Pauli or Dirac. Quantum mechanics uses the concept of wave-particle duality ...
... put forward his theory of matter waves. All these were confirmed by the theory of quantum mechanics, developed in the first part of the last century with important contribution from scientists like Heisenberg, Schrödinger, Pauli or Dirac. Quantum mechanics uses the concept of wave-particle duality ...
arXiv:1601.06197v1 [cond-mat.quant
... Boltzmann kinetic equation for the occupation numbers of these single-particle modes. As cooling of the gas proceeds due to inter-particle collisions and interactions with an external bath, if one is present, the occupation numbers of lower-energy modes increase. Once phase correlations between thes ...
... Boltzmann kinetic equation for the occupation numbers of these single-particle modes. As cooling of the gas proceeds due to inter-particle collisions and interactions with an external bath, if one is present, the occupation numbers of lower-energy modes increase. Once phase correlations between thes ...
Single photons from single ions: quantum interference and distant ion interaction Dissertation
... is the binary digit (bit). In quantum computation and quantum information, it is replaced by the quantum bit, also called the qubit. In contrast to the classical bit, which can be either in state 0 or 1, the qubit is represented by a superposition of these two states. This novelty builds the basis f ...
... is the binary digit (bit). In quantum computation and quantum information, it is replaced by the quantum bit, also called the qubit. In contrast to the classical bit, which can be either in state 0 or 1, the qubit is represented by a superposition of these two states. This novelty builds the basis f ...
Density functional theory and nuclear quantum effects
... for systems of large size. Part I of this dissertation develops a new method for solving KSDFT, which directly targets at the calculation of the diagonal and the nearest offdiagonal elements of the single particle density matrix. The new method is developed under the framework of Fermi operator expa ...
... for systems of large size. Part I of this dissertation develops a new method for solving KSDFT, which directly targets at the calculation of the diagonal and the nearest offdiagonal elements of the single particle density matrix. The new method is developed under the framework of Fermi operator expa ...