Supersymmetry (SUSY)
... understanding of SUSY and realistic supersymmetric models which might be detected at the LHC as well as prepare the audience to do SUSY phenomenology. Starting with the SUSY algebra for N=1 supersymmetry we will then introduce superfields (general, chiral and vector) which will then aid us in constr ...
... understanding of SUSY and realistic supersymmetric models which might be detected at the LHC as well as prepare the audience to do SUSY phenomenology. Starting with the SUSY algebra for N=1 supersymmetry we will then introduce superfields (general, chiral and vector) which will then aid us in constr ...
... A similar behavior, which cannot occur in classical solids where atoms are well localized around their lattice positions, is not in principle prohibited in quantum solids where the atoms can be delocalized on distances comparable with the interatomic separation and thus where the indistinguishabilit ...
On the Dynamics of Single-Electron Tunneling in Semiconductor
... charge detectors [VLV+ 96, RJSaP98] and single photon detectors [Mat99, KAA + 00]. p The charge sensitivity has been shown to be as low as a few 10 5 e= Hz . This p result is only an order of magnitude away from the theoretical limit of 10 6 e= Hz . An adiabatic electron pump based on an open quantu ...
... charge detectors [VLV+ 96, RJSaP98] and single photon detectors [Mat99, KAA + 00]. p The charge sensitivity has been shown to be as low as a few 10 5 e= Hz . This p result is only an order of magnitude away from the theoretical limit of 10 6 e= Hz . An adiabatic electron pump based on an open quantu ...
Chapter 1 Similarity Judgments: From Classical to Complex Vector
... In the following sections we consider some significant previous theoretical e↵orts to account for Tversky’s [1977] challenges. Such e↵orts have the same objective, but can vary widely in their assumptions, implementation, and structure, thus sometimes making it hard to identify their key distinguish ...
... In the following sections we consider some significant previous theoretical e↵orts to account for Tversky’s [1977] challenges. Such e↵orts have the same objective, but can vary widely in their assumptions, implementation, and structure, thus sometimes making it hard to identify their key distinguish ...
DEMONSTRATION OF RYDBERG BLOCKADE AND A NEUTRAL
... lows quantum computers to perform parallel operations because all possible states can be represented during a calculation. This parallelism enables a quantum computer to solve certain problems far more efficiently than a classical computer. For example algorithms have been developed that allow impre ...
... lows quantum computers to perform parallel operations because all possible states can be represented during a calculation. This parallelism enables a quantum computer to solve certain problems far more efficiently than a classical computer. For example algorithms have been developed that allow impre ...
Sampling Techniques for Computational Statistical Physics
... 3N 3N real matrices. The term .qt / d Wt is a fluctuation term bringing energy into the system, this energy being dissipated through the viscous friction term .qt / M 1 pt dt. The canonical measure is preserved precisely when the “fluctuation-dissipation” relation is satisfied. Many variants a ...
... 3N 3N real matrices. The term .qt / d Wt is a fluctuation term bringing energy into the system, this energy being dissipated through the viscous friction term .qt / M 1 pt dt. The canonical measure is preserved precisely when the “fluctuation-dissipation” relation is satisfied. Many variants a ...
Cavity Induced Interfacing of Atoms and Light
... important for the development of improved single-photon emitters. These interactions are examined in the context of cavity-quantum electrodynamic (cavity-QED) effects. We show how to apply these to channel the photon emission into a single mode of the radiation field, with the vacuum field inside th ...
... important for the development of improved single-photon emitters. These interactions are examined in the context of cavity-quantum electrodynamic (cavity-QED) effects. We show how to apply these to channel the photon emission into a single mode of the radiation field, with the vacuum field inside th ...
.
... dipole to be driven by the unperturbed incident field, but have to selfconsistently include the field emitted by the atom, and circulating in the cavity, into the total driving field. Thus for η > 1, the backaction of the cavity field generated by the oscillating atomic dipole on that same dipole is ...
... dipole to be driven by the unperturbed incident field, but have to selfconsistently include the field emitted by the atom, and circulating in the cavity, into the total driving field. Thus for η > 1, the backaction of the cavity field generated by the oscillating atomic dipole on that same dipole is ...
Quantum theory of ion-atom interactions
... sensitive dependence of the interactions on the short-range potential. The standard numerical method is not only inefficient in addressing these issues, but can also miss important physics such as extremely narrow resonances. Ion-atom interaction at cold temperatures is further complicated by what i ...
... sensitive dependence of the interactions on the short-range potential. The standard numerical method is not only inefficient in addressing these issues, but can also miss important physics such as extremely narrow resonances. Ion-atom interaction at cold temperatures is further complicated by what i ...
Density instabilities in multi-layer dipolar Fermi gases
... enhanced technology in this sense. In particular, experimental success in trapping and cooling polar atoms and molecules has attracted huge interest in the study of quantum gases of particles with high electric and magnetic dipolar moments. The dipole-dipole interaction is an anisotropic and long-ra ...
... enhanced technology in this sense. In particular, experimental success in trapping and cooling polar atoms and molecules has attracted huge interest in the study of quantum gases of particles with high electric and magnetic dipolar moments. The dipole-dipole interaction is an anisotropic and long-ra ...
Ontological Priority, Fundamentality and Monism
... that the whole has a clear function and/or some form of ‘completeness’ with respect to our conceptual schemes and, consequently, we tend to focus on it as the ‘relevant’ entity and not on its parts; but this does not mean that the parts are (to be regarded as) ontologically prior to the whole. As fo ...
... that the whole has a clear function and/or some form of ‘completeness’ with respect to our conceptual schemes and, consequently, we tend to focus on it as the ‘relevant’ entity and not on its parts; but this does not mean that the parts are (to be regarded as) ontologically prior to the whole. As fo ...
Molecular Modelling for Beginners
... of the basic theory behind the mouse clicks. This involves mathematics and physics, and the book neither pulls punches nor aims at instant enlightenment. Many of the concepts and ideas are difficult ones, and you will have to think long and hard about them; if it’s any consolation, so did the pioneer ...
... of the basic theory behind the mouse clicks. This involves mathematics and physics, and the book neither pulls punches nor aims at instant enlightenment. Many of the concepts and ideas are difficult ones, and you will have to think long and hard about them; if it’s any consolation, so did the pioneer ...
Electronic structure of spin 1/2 Heisenberg antiferromagnetic
... cuprates.6 In addition, the field of low-dimensional quantum magnetism provides a fertile ground for rigorous theory. Powerful techniques like the Bethe Ansatz (BA) and bosonization are available to study ground and excited state properties of these systems. Models of interacting spin systems are kn ...
... cuprates.6 In addition, the field of low-dimensional quantum magnetism provides a fertile ground for rigorous theory. Powerful techniques like the Bethe Ansatz (BA) and bosonization are available to study ground and excited state properties of these systems. Models of interacting spin systems are kn ...
b,Q 2 - INFN - Torino Personal pages
... diffraction in terms of quarks, gluons and QCD (need a hard process) A worthwhile task: •Diffraction is a significant part of stot •Elastic cross section drives stot via optical theorem: dsel/dt|t=0 (stot)2 •Understanding diffraction in terms of QCD offers new insight into QCD itself In the last 5- ...
... diffraction in terms of quarks, gluons and QCD (need a hard process) A worthwhile task: •Diffraction is a significant part of stot •Elastic cross section drives stot via optical theorem: dsel/dt|t=0 (stot)2 •Understanding diffraction in terms of QCD offers new insight into QCD itself In the last 5- ...
A Course in Consciousness
... e. With awakening also comes the awareness that Reality has never been affected by either conceptualization or identification. 14. What can you do to awaken? a. Since direct seeing shows that there is no doer, there is nothing that you can do to awaken, and therefore you have no responsibility for i ...
... e. With awakening also comes the awareness that Reality has never been affected by either conceptualization or identification. 14. What can you do to awaken? a. Since direct seeing shows that there is no doer, there is nothing that you can do to awaken, and therefore you have no responsibility for i ...
