[PDF] Top 20 Effective Field Theory and the No-Core Shell Model
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Effective Field Theory and the No-Core Shell Model
... finite model spaces very ...an effective interaction for the truncated model ...an effective interac- tion that reproduces exactly the low-lying spectrum is as difficult to derive as solving ... See full document
10
Effects of the random field on the magnetic behavior of a nanoparticle with core/shell morphology
... Ising model within the two theoretical frameworks, namely the standard mean-field theory and the effective-field ...magnetic field on the hysteresis behaviours of a nanoparticle ... See full document
6
Electromagnetic interactions in Halo Effective Field Theory
... the effective range expansion (ERE), whose coefficients encode the low-energy behavior of the forces for a particular ...to model the dynamics of the ... See full document
11
Heavy hybrids and tetraquarks in effective field theory
... evaluating the Wilson loops involved in the matching using an Eective String Theory. The interpolation between both regimes was modeled. The quarkonium component, up to 30% , resulted to be fairly signicant in ... See full document
8
Applications of effective field theory to electron scattering
... Standard Model, the fundamental theory that governs the strong interaction is Quantum Chromodynamics (QCD), a renormalizable gauge ...a theory with asymptotic freedom, where the coupling constant is ... See full document
103
The falsification of Chiral Nuclear Forces
... The Effective Field Theory (EFT) based on chiral expansions provides a model independent hierarchy for many body forces at long distances but their predictive power may be undermined by the ... See full document
6
A solution to the 4-tachyon off-shell amplitude in cubic string field theory
... string field contains an infinite number of component fields, whose number grows exponentially with the mass level ...string field up to some fixed level L [4], for this reason it is called “level ... See full document
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Mitrouskas, David (2017): Derivation of mean-field equations and next-order corrections for bosons and fermions. Dissertation, LMU München: Fakultät für Mathematik, Informatik und Statistik
... and effective models which are more tractable and thus necessary for predicting and explaining the physical phenomena of ...of effective theories known for instance in physics and chemistry is incredibly ... See full document
157
Chiral effective field theory for nuclear forces: Achievements and challenges
... (OBE) model emerged, which still today is the most economical and quanti- tative phenomenology for describing the NN interaction ...this model, however, is the scalar-isoscalar “sigma” or “epsilon” boson, ... See full document
8
Antinucleon-nucleon interaction in chiral effective field theory
... those reactions a sizeable near-threshold enhancement in the mass spectrum was found [1–4]. Those enhancements nourished speculations about ¯ pp bound states, new resonances, or even more exotic objects in some parts of ... See full document
10
Effective field theory of 3He
... separable potentials and the full o ff -shell Coulomb T -matrix. Our results show that the Efimov e ff ect does indeed occur in the presence of the Coulomb interaction. We also determine the strength of the ... See full document
9
The Magnetic Field Effects on Radially Symmetric Core Shell Shell Structure
... For model verification at first we considered an infinite cylindrical constant potential well by setting the potential to be zero inside the middle ...magnetic field is equal to ...magnetic field is ... See full document
6
Synthesis, Optical Properties, and Photocatalytic Activity of One Dimensional CdS@ZnS Core Shell Nanocomposites
... TEM image of neat CdS nanowires with smooth surface are shown in Fig. 3a, and a high-magnified TEM image of the marked region in Fig. 3a shows that the CdS nanowires have a highly crystalline nature with a lattice plane ... See full document
7
Shell-model calculations for upper pf-shell nuclei with an effective interaction
... The shell model approach (from its quite naive formula- tion as a independent-particle model to the much more so- phisticated interacting shell model using number of effec- tive ... See full document
6
Nuclear spectroscopy in the 2s-1d shell
... 160 core or one "hole" in the 2s-ld shell, are most likely to be amenable to description by the extreme single-particle model ...this model it is assumed that the effect of each ... See full document
191
Synthesis and Luminescence Properties of
... core-shell-shell composites exhibited better luminescence stability in the aqueous medium. 420[r] ... See full document
18
NiS/CdS Core-shell Embedded Polyaniline Composite: Synthesis and Characterization
... The PL spectra for NiS, CoS, CdS, NiS:Co, NiS:Co/CdS core-shell particles and NiS:Co/CdS- Pani are shown in Fig.4 at an excitation wavelength of 300 nm. The PL spectrum of NiS (Fig.4a) shows the blue band ... See full document
8
Galvanic synthesis of three dimensional and hollow metallic nanostructures
... GRR in ultra-dilute electrolyte led to the formation of uniform and ultra-thin 3D-NPG nanostructures because the low concentration of the electrolyte decreased the concentration gradient between the cathodic surface and ... See full document
7
Synthesis and Photoluminescence Properties of Tunable Green-Orange Cerium-Doped Terbium-Lutetium Aluminum Garnet
... 5s5p, and is not shield by the electronic shell. No doubt that when Tb 3+ ion substitutes the Lu 3+ ion, the 5d level suffers a nephelauxetic effect, then the 5d energy level lowers, and the energy difference ... See full document
10
Nanoscale “fluorescent stone”: Luminescent Calcium Fluoride Nanoparticles as Theranostic Platforms
... The combination of nanotechnology and molecular biology has developed into an emerging research field known as nanobiotechnology.[80] A similar term, biomedical nanotechnology, refers to the use of nanotechnology ... See full document
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