Carlos Vásquez

Simón Bolívar University
Physics Department

Apartado Postal 89000, Caracas 1080-A, Venezuela
Phone: +58-212-9063563 | e-mail: cvasquez@usb.ve


Versión en español
 

 
Education

 
Research Interests

 
Publications
  1. C. Goze, R. Paredes, C. Vásquez, E. Medina D. and A. Hasmy, Three-dimensional rotational Langevin dynamics and the Lebwohl-Lasher model, Physical Review E 63, 042701 (2001)
  2. C. Vásquez, R. Paredes, A. Hasmy and R. Jullien, New Universality Class for the Three-Dimensional XY Model with Correlated Impurities: Application to 4He in Aerogels, Physical Review Letters 90, 170602 (2003)
  3. J. A. González, A. Bellorín, L. I. Reyes, C. Vásquez and L. E. Guerrero, Geometrical resonance in spatiotemporal systems, Europhysics Letters 64, 743 (2003)
  4. J. A. González, A. Bellorín, L. I. Reyes, C. Vásquez and L. E. Guerrero, Pattern control and suppression of spatiotemporal chaos using geometrical resonance, Chaos, Solitons & Fractals 22, 693 (2004)
  5. C. Vásquez and R. Paredes, Effects of aerogel-like disorder on the critical behavior of O(m)-vector models. Recent simulations and experimental evidences, Condensed Matter Physics 9, 305 (2006)
  6. R. Paredes and C. Vásquez, Three-dimensional Ising model confined in low-porosity aerogels: A Monte Carlo study, Physical Review B 74, 054201 (2006)
  7. R. B. Martínez and C. Vásquez, Multiple resonance in coupled Duffing oscillators and nonlinear normal modes, accepted in Physical Review E


 
Mentoring
  1. Bernardo Zubillaga, Study of financial market dynamics, based on complex networks, Montecarlo simulations and Time Series Analysis, Bachelor Thesis, Simón Bolívar University, 2010
  2. Rosty Bruce Martínez, Resonant modes in a chain of coupled and forced non-linear oscillators, Bachelor Thesis, Simón Bolívar University, 2018
  3. Antonio Caradonna, Study of model populations under epidemic regime using methods deterministic and Monte Carlo simulations, Bachelor Thesis, Simón Bolívar University, 2023


 
  Condensed Matter & Complex Systems
  Group at USB