GeoSym-QFT
... characterizes our project. The role of geometry, algebra and group theory has been central in the development of quantization of fields, and has provided a guide both form the conceptual and the phenomenological point of view. Our group covers most of the current research sectors of Quantum Filed Th ...
... characterizes our project. The role of geometry, algebra and group theory has been central in the development of quantization of fields, and has provided a guide both form the conceptual and the phenomenological point of view. Our group covers most of the current research sectors of Quantum Filed Th ...
Statistics, Causality and Bell`s theorem
... property not just of the the theory of quantum mechanics, but also of Nature itself. The consequence is that we are forced to reject one (or more) of these three principles. Both theorem and experiment hinge around an inequality constraining joint probability distributions (note plural!) of outcomes ...
... property not just of the the theory of quantum mechanics, but also of Nature itself. The consequence is that we are forced to reject one (or more) of these three principles. Both theorem and experiment hinge around an inequality constraining joint probability distributions (note plural!) of outcomes ...
Adiabatic decoupling (2008) ocr
... i. Obviously, cases where the potential energy surface assumes locally a very simple mathematical expression provide an ideal starting point. Several such instances will be examined. First, we will consider ion-molecule reactions. Their study is especially interesting because of the simplicity of th ...
... i. Obviously, cases where the potential energy surface assumes locally a very simple mathematical expression provide an ideal starting point. Several such instances will be examined. First, we will consider ion-molecule reactions. Their study is especially interesting because of the simplicity of th ...
Quantum discord and remote state preparation
... Quantifying and characterizing the nature of correlations in a quantum state, besides the fundamental scientific interest, has a crucial applicative importance for the full development of quantum technologies [1]. In the early stage of the field of quantum information and computation, only tasks inv ...
... Quantifying and characterizing the nature of correlations in a quantum state, besides the fundamental scientific interest, has a crucial applicative importance for the full development of quantum technologies [1]. In the early stage of the field of quantum information and computation, only tasks inv ...
Wormholes and Entanglement
... the process of creating a particle-antiparticle pair in this theory can be reinterpreted as the process of creating a wormhole. We do not take any position on the firewall paradox, or whether ‘ER=EPR’ can resolve this apparent paradox. However, it will be useful to start with a summary of what Malda ...
... the process of creating a particle-antiparticle pair in this theory can be reinterpreted as the process of creating a wormhole. We do not take any position on the firewall paradox, or whether ‘ER=EPR’ can resolve this apparent paradox. However, it will be useful to start with a summary of what Malda ...
How to model quantum plasmas Giovanni Manfredi
... counterpart: it describes the coupling parameter as the ratio of the ‘plasmon energy’ ~ωp (energy of an elementary excitation associated to an electron plasma wave) to the Fermi energy 2 . The quantum collisionless regime (where collective, mean-field effects dominate) is again defined as the regime ...
... counterpart: it describes the coupling parameter as the ratio of the ‘plasmon energy’ ~ωp (energy of an elementary excitation associated to an electron plasma wave) to the Fermi energy 2 . The quantum collisionless regime (where collective, mean-field effects dominate) is again defined as the regime ...
Cole-Cole Plot and Debye Relaxation
... It follows from (7.17) that for infinitely narrow absorption lines, ‘() becomes infinite at each frequency where an absorption line is situated, the so-called resonance catastrophe. To present these phenomena in terms of polarization it can be assumed that in the absence of an electric field the t ...
... It follows from (7.17) that for infinitely narrow absorption lines, ‘() becomes infinite at each frequency where an absorption line is situated, the so-called resonance catastrophe. To present these phenomena in terms of polarization it can be assumed that in the absence of an electric field the t ...
Transition function for the Toda chain model
... This form of eigenfunctions of the open Toda chain leads to an integral representation that appeared first in [Giv] employing a different approach. Recently it was interpreted from a group-theoretical point of view using the Gauss decomposition of GL(N, R) [GKLO]. Therefore, this integral representa ...
... This form of eigenfunctions of the open Toda chain leads to an integral representation that appeared first in [Giv] employing a different approach. Recently it was interpreted from a group-theoretical point of view using the Gauss decomposition of GL(N, R) [GKLO]. Therefore, this integral representa ...
Strong Temperature Dependence of the Quasi
... - is assumed to be a phenomenological constant with no dependence on temperature or energy scale (we will reanalyze this assumption later!) - is due to the non complete localization of the states in the right or left edge ...
... - is assumed to be a phenomenological constant with no dependence on temperature or energy scale (we will reanalyze this assumption later!) - is due to the non complete localization of the states in the right or left edge ...
- Philsci
... to be wave-like in character. But then Born successfully interpreted the function of Schrödinger’s wave mechanics as specifying the probability of detecting the particle in question. According to Born’s crucial interpretative postulate, ||2.dV gives the probability of detecting the particle in vo ...
... to be wave-like in character. But then Born successfully interpreted the function of Schrödinger’s wave mechanics as specifying the probability of detecting the particle in question. According to Born’s crucial interpretative postulate, ||2.dV gives the probability of detecting the particle in vo ...
Cumulants and partition lattices.
... the importance of the partition lattice in the theory of statistical moments and their close cousins, the cumulants. The paper was first brought to my attention by Susan Wilson, shotly after I had given a talk at Imperial College on the Leonov-Shiryaev result expressed in graph-theoretic terms. Spee ...
... the importance of the partition lattice in the theory of statistical moments and their close cousins, the cumulants. The paper was first brought to my attention by Susan Wilson, shotly after I had given a talk at Imperial College on the Leonov-Shiryaev result expressed in graph-theoretic terms. Spee ...
