From Gutzwiller Wave Functions to Dynamical Mean
... temperature, pressure, magnetic field, or doping make them interesting not only for fundamental research but also for future technological applications, e.g., the construction of sensors and switches, and the development of electronic devices with novel functionalities [10]. The importance of intera ...
... temperature, pressure, magnetic field, or doping make them interesting not only for fundamental research but also for future technological applications, e.g., the construction of sensors and switches, and the development of electronic devices with novel functionalities [10]. The importance of intera ...
Discrete Abelian Gauge Symmetries
... Furthermore, arguments arose, which disfavor global discrete symmetries in high energy physics. They are expected to be violated by quantum gravity effects, however, it was shown that this cannot happen to discrete gauge symmetries – a new concept of discrete symmetry, which was thought of being a r ...
... Furthermore, arguments arose, which disfavor global discrete symmetries in high energy physics. They are expected to be violated by quantum gravity effects, however, it was shown that this cannot happen to discrete gauge symmetries – a new concept of discrete symmetry, which was thought of being a r ...
Long-Ranged Oppositely Charged Interactions for Designing New
... different materials. As equilibrium crystallization between oppositely charged particles has already been extended to nanoparticle systems [15], and quite recently also to watersoluble particles [46], we expect the methods developed in this paper to also be extendable to these systems as well. In ad ...
... different materials. As equilibrium crystallization between oppositely charged particles has already been extended to nanoparticle systems [15], and quite recently also to watersoluble particles [46], we expect the methods developed in this paper to also be extendable to these systems as well. In ad ...
Martin - Nuclear and Particle Physics
... ‘Sun’). Because photons of a definite energy would be emitted when electrons moved from one orbit to another, this model could explain the discrete nature of the observed electromagnetic spectra when excited atoms decayed. In the simplest case of hydrogen, the nucleus is a single proton (p) with ele ...
... ‘Sun’). Because photons of a definite energy would be emitted when electrons moved from one orbit to another, this model could explain the discrete nature of the observed electromagnetic spectra when excited atoms decayed. In the simplest case of hydrogen, the nucleus is a single proton (p) with ele ...
![JLab 12 GeV upgrade (3) [C3]](http://s1.studyres.com/store/data/022944901_1-077cfe868d2821e182d97c43c37805ed-300x300.png)
The static-exchange electron-water pseudopotential, in conjunction
... At a phenomenological level, there are at least two important features missing from the Turi and Borgis 共TB兲 hydrated-electron model that one might reasonably expect to be qualitatively important. The first of these is the absence of any dynamical correlation between the unpaired electron and the ch ...
... At a phenomenological level, there are at least two important features missing from the Turi and Borgis 共TB兲 hydrated-electron model that one might reasonably expect to be qualitatively important. The first of these is the absence of any dynamical correlation between the unpaired electron and the ch ...
Simulations of the galaxy population constrained by observations
... the regions of parameter space consistent with the data and to obtain robust best-fit parameter estimates with associated confidence ranges. This can yield new insight into how the data constrain galaxy formation physics. We start by investigating the uniqueness of the parameter choices of G11, find ...
... the regions of parameter space consistent with the data and to obtain robust best-fit parameter estimates with associated confidence ranges. This can yield new insight into how the data constrain galaxy formation physics. We start by investigating the uniqueness of the parameter choices of G11, find ...
Efficient Block Sampling Strategies for Sequential Monte Carlo
... The SISR algorithm has a computational complexity of order O (N ) and, for many practical applications such as optimal filtering, the calculation of the incremental weight has a fixed computational complexity. An alternative, popular SMC method is the auxiliary approach introduced by Pitt and Shepha ...
... The SISR algorithm has a computational complexity of order O (N ) and, for many practical applications such as optimal filtering, the calculation of the incremental weight has a fixed computational complexity. An alternative, popular SMC method is the auxiliary approach introduced by Pitt and Shepha ...
12 Solid/solid mixing
... 12 Solid/solid mixing The mixing of solids is a critically important operation in many industries, especially in pharmaceutical production where the active ingredient in a formulation may be toxic and be present at only 0.5% by mass overall. A product with too low an active ingredient will be ineffe ...
... 12 Solid/solid mixing The mixing of solids is a critically important operation in many industries, especially in pharmaceutical production where the active ingredient in a formulation may be toxic and be present at only 0.5% by mass overall. A product with too low an active ingredient will be ineffe ...
