Symmetries and Interactions in Topological Matter
... superconductors, there are also important differences, most notably the long-range (powerlaw) nature of hopping and pairing as well as the complex hopping amplitudes. We develop an analytical theory, complemented by numerical approaches, which accounts for the electron long-range pairing and hopping ...
... superconductors, there are also important differences, most notably the long-range (powerlaw) nature of hopping and pairing as well as the complex hopping amplitudes. We develop an analytical theory, complemented by numerical approaches, which accounts for the electron long-range pairing and hopping ...
BASIS SET SUPERPOSITION ERROR EFFECTS, EXCITED-STATE POTENTIAL ENERGY SURFACE AND
... Summary of the thesis The study of the photophysics of thymine is the main objective of this thesis. This work has been divided in 4 parts; the first two parts are devoted to find a proper level of theory for the study of thymine, whereas in the third and fourth parts the photohpysics of thymine ar ...
... Summary of the thesis The study of the photophysics of thymine is the main objective of this thesis. This work has been divided in 4 parts; the first two parts are devoted to find a proper level of theory for the study of thymine, whereas in the third and fourth parts the photohpysics of thymine ar ...
Nematic Fermi Fluids in Condensed Matter Physics
... (i.e., have a screw-like structure) more complex phases such as cholesterics and blue phases result. Whereas liquid crystals typically have short-range interactions, the related behavior of ferrofluids arises, in part, from their long-range dipolar interactions. In contrast to their classical relati ...
... (i.e., have a screw-like structure) more complex phases such as cholesterics and blue phases result. Whereas liquid crystals typically have short-range interactions, the related behavior of ferrofluids arises, in part, from their long-range dipolar interactions. In contrast to their classical relati ...
ABOVE-THRESHOLD IONIZATION: FROM CLASSICAL FEATURES
... explains the cutoff energy of the plateau, as well as the fact that the yield of HHG strongly decreases when the laser field is elliptically polarized. In this event, the electron misses the ion. This model is often referred to as the simple-man model. The model suggests (Corkum, 1993) that the elect ...
... explains the cutoff energy of the plateau, as well as the fact that the yield of HHG strongly decreases when the laser field is elliptically polarized. In this event, the electron misses the ion. This model is often referred to as the simple-man model. The model suggests (Corkum, 1993) that the elect ...
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... in partial fulfillment of the requirements for the degree of Doctor of Philosophy at the ...
... in partial fulfillment of the requirements for the degree of Doctor of Philosophy at the ...
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... that provides a convincing answer to this question, it seems to me a task of the physicist as well as the philosopher to keep exploring the possibilities. It turns out to be a real challenge, but if we want physics to teach us something about the world than it seems to me that the orthodox interpret ...
... that provides a convincing answer to this question, it seems to me a task of the physicist as well as the philosopher to keep exploring the possibilities. It turns out to be a real challenge, but if we want physics to teach us something about the world than it seems to me that the orthodox interpret ...
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... of solid surfaces where the atom-surface interactions can no longer be ignored. At longrange, the atom-surface interaction is described by the weakly attractive Casimir-Polder potential which is classically predicted to accelerate an incident atom toward the surface where it will interact strongly w ...
... of solid surfaces where the atom-surface interactions can no longer be ignored. At longrange, the atom-surface interaction is described by the weakly attractive Casimir-Polder potential which is classically predicted to accelerate an incident atom toward the surface where it will interact strongly w ...
Review Sheet on Determining Term Symbols
... Term symbols for electronic configurations are useful not only to the spectroscopist but also to the inorganic chemist interested in understanding electronic and magnetic properties of molecules. We will concentrate on the method of Douglas and McDaniel (p. 26ff); however, you may find other treatme ...
... Term symbols for electronic configurations are useful not only to the spectroscopist but also to the inorganic chemist interested in understanding electronic and magnetic properties of molecules. We will concentrate on the method of Douglas and McDaniel (p. 26ff); however, you may find other treatme ...
M15/07
... Gromov-Hausdorff distance, originally designed to address issues which arose when applying the construction of Rieffel’s quantum Gromov-Hausdorff distance while imposing that all involved Lip-norms are Leibniz. This construction indeed leads to an object, called the proximity in [77], which is not k ...
... Gromov-Hausdorff distance, originally designed to address issues which arose when applying the construction of Rieffel’s quantum Gromov-Hausdorff distance while imposing that all involved Lip-norms are Leibniz. This construction indeed leads to an object, called the proximity in [77], which is not k ...
Lecture 20 Scattering theory
... Scattering phenomena: differential cross section Both classical and quantum mechanical scattering phenomena are characterized by the scattering cross section, σ. Consider a collision experiment in which a detector measures the number of particles per unit time, N dΩ, scattered into an element of so ...
... Scattering phenomena: differential cross section Both classical and quantum mechanical scattering phenomena are characterized by the scattering cross section, σ. Consider a collision experiment in which a detector measures the number of particles per unit time, N dΩ, scattered into an element of so ...
Classical and Quantum Features of String Cosmology
... component in a higher–dimensional framework. We next describe a second mechanism by which chaos can be avoided that does not require the inclusion of additional matter components. This mechanism, which we term “controlled chaos,” is introduced in Chapter 4. Working in the context of cosmological mod ...
... component in a higher–dimensional framework. We next describe a second mechanism by which chaos can be avoided that does not require the inclusion of additional matter components. This mechanism, which we term “controlled chaos,” is introduced in Chapter 4. Working in the context of cosmological mod ...
Aalborg Universitet
... method for calculating this tensor from complete sets of biorthogonal modes for the vector wave equation. The vectorial nature of the formalism allows calculation of spontaneous emission depending on position, transition frequency, and polarization of the emitter in a dielectric microstructure with ...
... method for calculating this tensor from complete sets of biorthogonal modes for the vector wave equation. The vectorial nature of the formalism allows calculation of spontaneous emission depending on position, transition frequency, and polarization of the emitter in a dielectric microstructure with ...
