PDF (Thesis)
... finish my Ph.D. degree in physics. Finally, I would like to acknowledge JoAnn Boyd and Shirley Hampton for their assistance on administration matters. ...
... finish my Ph.D. degree in physics. Finally, I would like to acknowledge JoAnn Boyd and Shirley Hampton for their assistance on administration matters. ...
PDF file - Comp Chem - University of Minnesota
... analytic expressions for the potential energy surfaces in eqn. (4) and their couplings. As discussed above, there are two possibilities for representing a set of coupled potential energy surfaces, the unique adiabatic representation or a nonunique diabatic one. They each have strengths and weaknesse ...
... analytic expressions for the potential energy surfaces in eqn. (4) and their couplings. As discussed above, there are two possibilities for representing a set of coupled potential energy surfaces, the unique adiabatic representation or a nonunique diabatic one. They each have strengths and weaknesse ...
Solving the quantum many-body problem via
... From an experimental viewpoint, an operational solution to the quantum many-body problem is therefore equivalent to measuring all multi-particle correlations. For certain problems, however, knowledge of only a specific set of (few-body or lower-order) correlations is sufficient to allow a solution o ...
... From an experimental viewpoint, an operational solution to the quantum many-body problem is therefore equivalent to measuring all multi-particle correlations. For certain problems, however, knowledge of only a specific set of (few-body or lower-order) correlations is sufficient to allow a solution o ...
A Course in Consciousness
... Of course, this immediately begs the question, "What is physical law?" One could even say that physical law includes all of the laws of reality, in which case the question becomes meaningless. For our purposes, we shall restrict the definition of physical law to those laws recognized to be part of p ...
... Of course, this immediately begs the question, "What is physical law?" One could even say that physical law includes all of the laws of reality, in which case the question becomes meaningless. For our purposes, we shall restrict the definition of physical law to those laws recognized to be part of p ...
80, 032307 (2009)
... However, a quantum system cannot be completely isolated from the environment, leading to unavoidable decoherence for quantum states. Therefore a critical question is how to suppress the decoherence to a desired level for various applications. In this paper, we consider the suppression of the phase d ...
... However, a quantum system cannot be completely isolated from the environment, leading to unavoidable decoherence for quantum states. Therefore a critical question is how to suppress the decoherence to a desired level for various applications. In this paper, we consider the suppression of the phase d ...
On the Rank of the Reduced Density Symmetric Polynomials Babak Majidzadeh Garjani
... Landau’s theory is very successful in explaining phases and the transitions between them. However, Landau’s theory does not capture all phases of matter. As is explained in Chapter 2 in more detail, the German physicist Klaus von Klitzing found that at low temperatures, and in a strong magnetic fiel ...
... Landau’s theory is very successful in explaining phases and the transitions between them. However, Landau’s theory does not capture all phases of matter. As is explained in Chapter 2 in more detail, the German physicist Klaus von Klitzing found that at low temperatures, and in a strong magnetic fiel ...
Semiclassical approximations in wave mechanics
... classical problem. (We shall frequently abbreviate this description of the limit by using such phrases as ‘2, is small’ or ‘correction terms are O(k)’ or ‘as &-to’, bearing in mind that F, is a dimensional quantity which can really have only one value, namely that found in nature.) We emphasize that ...
... classical problem. (We shall frequently abbreviate this description of the limit by using such phrases as ‘2, is small’ or ‘correction terms are O(k)’ or ‘as &-to’, bearing in mind that F, is a dimensional quantity which can really have only one value, namely that found in nature.) We emphasize that ...
ZONOIDS AND SPARSIFICATION OF QUANTUM
... A classical result by Lyapounov ([26], Theorem 5.5) asserts that the range of a non-atomic Rn -valued vector measure is closed and convex. Convex sets in Rn obtained in this way are called zonoids. Zonoids are equivalently characterized as convex sets which can be approximated by finite sums of segm ...
... A classical result by Lyapounov ([26], Theorem 5.5) asserts that the range of a non-atomic Rn -valued vector measure is closed and convex. Convex sets in Rn obtained in this way are called zonoids. Zonoids are equivalently characterized as convex sets which can be approximated by finite sums of segm ...
Thesis - Archive ouverte UNIGE
... physics. To progress experimentally though, the eld of quantum information needs also new tools, such as a quantum memory (QM). Such a device must have the ability to store and faithfully release a quantum state. In particular, one would need an on-demand readout, that is to say the output can be r ...
... physics. To progress experimentally though, the eld of quantum information needs also new tools, such as a quantum memory (QM). Such a device must have the ability to store and faithfully release a quantum state. In particular, one would need an on-demand readout, that is to say the output can be r ...
AO04703247251
... computations can be reverted (i.e. the inputs can be obtained from the outputs and vice versa) by using reversible logic. This reversibility plays significant role for emerging technologies that may replace or at least enhance the traditional computer chip efficiency. Power dissipation and heat gene ...
... computations can be reverted (i.e. the inputs can be obtained from the outputs and vice versa) by using reversible logic. This reversibility plays significant role for emerging technologies that may replace or at least enhance the traditional computer chip efficiency. Power dissipation and heat gene ...
Coherenc
... For thermal chaotic light with Guassian PE1, E2 we get that P ( ) depends exclusively on the standard second order degree of coherence | | . Moreover, approximately coincides with | | as shown in the next figure. ...
... For thermal chaotic light with Guassian PE1, E2 we get that P ( ) depends exclusively on the standard second order degree of coherence | | . Moreover, approximately coincides with | | as shown in the next figure. ...
Novel Results for Condensed Matter Systems with Time Reversal Symmetry
... Obviously such current may only exist when the system couples spatial coordinates of electrons with their spin coordinates, which naturally leads to investigation of how the spin orbit coupling may lead to existence of the Spin Hall Current. First we present a method of computing Spin Hall Current b ...
... Obviously such current may only exist when the system couples spatial coordinates of electrons with their spin coordinates, which naturally leads to investigation of how the spin orbit coupling may lead to existence of the Spin Hall Current. First we present a method of computing Spin Hall Current b ...
Naturalness via scale invariance and non-trivial UV fixed points in a 4d O(N) scalar field model in the large-N limit
... the theory. Such a scenario is not amenable to analysis via the loop expansion, traditional perturbation theory or a weak field expansion in powers of the scalar field. In particular, we give up perturbative renormalizability, but require it in a non-perturbative sense so as to ensure predictive pow ...
... the theory. Such a scenario is not amenable to analysis via the loop expansion, traditional perturbation theory or a weak field expansion in powers of the scalar field. In particular, we give up perturbative renormalizability, but require it in a non-perturbative sense so as to ensure predictive pow ...
