Program

Dec 11 - 19:00

Opening: past events and the future of CSQCD Workshop

Jorge E. Horvath

  • Book of abstracts
  • You may find some of the work presented below. Please note that there is no authorization for use of the material available in this webpage without prior agreement of the authors.

    Oral Presentations
  • Alexandre dos Santos: Compact stars within a soft symmetry energy quark-meson-coupling model
  • Ang Li: Too massive neutron stars: The role of dark matter?
  • Aurora Perez: Anomalous-Magnetic-Moment Effects in the EoS of a Strongly Magnetized Dense Medium
  • César Vásquez Flores: Non radial oscillations of color superconducting self-bound stars
  • Carlos Albertus Torres: What does the Lambda-Lambda interaction predict for double lambda hypernuclei?
  • David Blaschke: Thermodynamic instabilities in dynamical quark models with complex conjugate mass poles
  • Efrain Ferrer: BEC-BCS Crossover and the EoS of Strongly Interacting Systems
  • Fridolin Weber: Phase Transitions inside of Rotating Neutron Stars
  • German Lugones: Quark stars: formation mechanisms and observational signatures
  • Gustavo Colvero: Evolution of proto-strange quark stars in the MIT bag model
  • Gustavo A. Contrera: Lattice QCD constrained non-local PNJL models in compact stars
  • Herman J. Mosquera Cuesta: Maximal electrically charged strange quark stars in nonlinear electrodynamics
  • Ignazio Bombaci
  • Jochen Wambach: Dipole polarizability of lead and the neutron star equation of state
  • Jorge Horvath: Is there a crisis in neutron star physics?
  • Laura Paulucci: Superconducting phases of strange quark matter in the NJL model
  • Luis Juracy: Luminosity Function of GRBs
  • Luiz Lopes: The Influence of Hyperons and Strong Magnetic Field in Neutron Star Properties
  • M. Ángeles Perez-Garcia: Deconfinement of quark content in neutron stars due to cosmic external agents
  • Manuel Malheiro: Magnetic moments of SGRs and AXPs as white dwarfs pulsars
  • Marcio de Avellar: Entropy, complexity and disequilibrium in compact stars
  • Norberto Scoccola: Phase diagram of strongly interacting matter under strong magnetic fields
  • Omar Benvenuto: Signals of Quark Matter deconfinement in proto neutron star evolution
  • Rachid Ouyed:The Quark-Nova: Simulations and Observational Signatures
  • Renxin Xu: Compressed baryonic matter of astrophysics
  • Rodrigo Negreiros: Thermal Evolution of Rotating Neutron Stars
  • Sheyse Carvalho: On the Relativistic Feynman-Metropolis-Teller Equation of state at Finite Temperatures and low densities White Dwafs
  • Stefan Schramm: Modeling of Hybrid Stars in Quark-Hadron Approaches
  • Stephan Stetina: From field theory to superfluid hydrodynamics of dense quark matter
  • Vivian de la Incera: Fermion Pariings in B
  • Concluding Remarks
  • Poster Presentations:

  • Ana Maria Endler and Sérgio B. Duarte: Gravitational wave generation in rotating protoneutron star
  • André. F. Garcia: Chiral transition within effective quark models under magnetic fields
  • César Lenzi: Hybrid Stars in the light of the massive pulsar PSR J1614−2230
  • David Felipe Agudelo: Stability Windows for Proto-quark Stars
  • Eduardo L. Coelho: Effects of a strong magnetic field on the composition of nuclear matter including the anomalous magnetic moment
  • Jaziel G. Coelho: Similarities of SGRs with low magnetic field and white dwarf pulsars
  • Juan Camilo Macias and Robson Z. Denke: Vector-like Contributions in the NJL model for Magnetized Quark Matter
  • Marcelo D. Alloy: Evolution of Proto-Neutron Stars and Nuclear Pasta
  • Márcio Ferreira: Description of light clusters in relativistic nuclear models
  • Rafael Cavagnoli: Phase structure of hadronic and Polyakov-loop extended NJL model at finite isospin density
  • Rodrigo A. de Souza: Statistical measure of complexity in compact stars with global charge conservation
  • Rosana O. Gomes: Hyperon stars under strong magnetic fields
  • Rudiney Casali: Density Dependent Magnetic Field and the Equation of State of Barionic Matter
  • Taiza A. S. do Carmo: Quark deconfinement in protoneutron star cores: Analysis within the MIT Bag model