3,706 research outputs found
Coupling of and with a strongly interacting Electroweak Symmetry Breaking Sector
We report the coupling of an external or state to a
strongly interacting EWSBS satisfying unitarity. We exploit perturbation theory
for those coupling of the external state, whereas the EWSBS is taken as
strongly interacting. We use a modified version of the IAM unitarization
procedure to model such a strongly interacting regime. The matrix elements
, , ,
, and
are all computed to NLO in
perturbation theory with the Nonlinear Effective Field Theory of the EWSBS,
within the Equivalence Theorem. This allows us to describe resonances of the
electroweak sector that may be found at the LHC and their effect on other
channels such as or where they may be discovered.Comment: 9 pages, 3 figures. Contributions to the Procs. of the XIIth Quark
Confinement and the Hadron Spectrum, Thessaloniki, Greece, August 201
La paridad de género en las elecciones locales del 2015 de tabasco, Estado de México y Distrito Federal
APLICACIÓN DE LA CUOTA ELECTORAL DE GÉNERO EN VARIOS ESTADOS DE LA REPÚBLICA MEXICANAEn este artÃculo se examina el cumplimiento y efectividad de la cuota de género en tres entidades donde se efectuaron elecciones locales en 2015: Tabasco, Distrito Federal y Estado de México. A propósito de la reciente incorporación de la paridad de género, que exige a los partidos polÃticos incluir el 50% de candidatos de cada sexo, aquà se ilustran las prácticas e interpretaciones que hacen los partidos polÃticos y órganos electorales en la aplicación de dicha medida. Se destaca que en Tabasco se logró la paridad en la integración del Congreso local, en contraste con lo ocurrido en el Distrito Federal y en el Estado de México.UAE
La paridad de género en las elecciones locales 2015 de Tabasco, Estado de México y Distrito Federal
En este artÃculo se examina el cumplimiento y efectividad de la cuota de género en tres entidades donde se efectuaron elecciones locales en 2015: Tabasco, Distrito Federal y Estado de México. A propósito de la reciente incorporación de la paridad de género, que exige a los partidos polÃticos incluir el 50% de candidatos de cada sexo, aquà se ilustran las prácticas e interpretaciones que hacen los partidos polÃticos y órganos electorales en la aplicación de dicha medida. Se destaca que en Tabasco se logró la paridad en la integración del Congreso local, en contraste con lo ocurrido en el Distrito Federal y en el Estado de México
Cambio y continuidad en las elecciones municipales del estado de méxico, 1996-2015
El propósito del trabajo es comparar el proceso de cambio y continuidad ocurrido en las elecciones municipales del Estado de México; al mismo tiempo se analiza el avance en la representación polÃtica de las mujeres en los ayuntamientos. De manera comparativa y a través de un análisis interpretativo de los resultados electorales, se argumenta que en las elecciones municipales se pasa de un ambiente competitivo, plural y con elevada alternancia (1996-2006) a uno poco competitivo, baja pluralidad y con un partido dominante (2006-2015); en materia del voto ciudadano, la teorÃa del condicionamiento sociodemográfico ha dejado de ser útil para explicar la distribución del voto y en la integración de los ayuntamientos hay una evidente inequidad en la representación polÃtica de las mujeres
Coupling atomistic and continuum hydrodynamics through a mesoscopic model: application to liquid water
We have conducted a triple-scale simulation of liquid water by concurrently
coupling atomistic, mesoscopic, and continuum models of the liquid. The
presented triple-scale hydrodynamic solver for molecular liquids enables the
insertion of large molecules into the atomistic domain through a mesoscopic
region. We show that the triple-scale scheme is robust against the details of
the mesoscopic model owing to the conservation of linear momentum by the
adaptive resolution forces. Our multiscale approach is designed for molecular
simulations of open domains with relatively large molecules, either in the
grand canonical ensemble or under non-equilibrium conditions.Comment: triple-scale simulation, molecular dynamics, continuum, wate
Comparison of Molecular Dynamics with Hybrid Continuum-Molecular Dynamics for a Single Tethered Polymer in a Solvent
We compare a newly developed hybrid simulation method which combines
classical molecular dynamics (MD) and computational fluid dynamics (CFD) to a
simulation consisting only of molecular dynamics. The hybrid code is composed
of three regions: a classical MD region, a continuum domain where the dynamical
equations are solved by standard CFD methods, and an overlap domain where
transport information from the other two domains is exchanged. The exchange of
information in the overlap region ensures that momentum, energy and mass are
conserved. The validity of the hybrid code is demonstrated by studying a single
polymer tethered to a hard wall immersed in explicit solvent and undergoing
shear flow. In classical molecular dynamics simulation a great deal of
computational time is devoted to simulating solvent molecules, although the
solvent itself is of no direct interest. By contrast, the hybrid code simulates
the polymer and surrounding solvent explicitly, whereas the solvent farther
away from the polymer is modeled using a continuum description. In the hybrid
simulations the MD domain is an open system whose number of particles is
controlled to filter the perturbative density waves produced by the polymer
motion.We compare conformational properties of the polymer in both simulations
for various shear rates. In all cases polymer properties compare extremely well
between the two simulation scenarios, thereby demonstrating that this hybrid
method is a useful way to model a system with polymers and under nonzero flow
conditions. There is also good agreement between the MD and hybrid schemes and
experimental data on tethered DNA in flow. The computational cost of the hybrid
protocol can be reduced to less than 6% of the cost of updating the MD forces,
confirming the practical value of the method.Comment: 13 pages, 8 figure
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