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      Renato C. Calleja             
              Postdoctoral Fellow
              Department of Mathematics and Statistics
              McGill University
    
         E-mail:  calleja@math.mcgill.ca

         Office: Burnside Hall  1242

Mailing address:  

McGill University  
The Department of Mathematics and Statistics  
805 Sherbrooke Street West  
Montreal, Quebec,
  
Canada,
H3A 2K6

Vita


Research Interests:
Dynamical systems:
KAM Theory, Numerical KAM, Bifurcation Theory, Nonlinear Lattice Equations, Renormalization Theory.
Publications:
  • with Yannick Sire, Travelling waves in discrete nonlinear systems
    with non-nearest neighbor interactions

    Nonlinearity 22, (2009) 2583-2605 pdf

  • with Rafael de la Llave, Fast numerical computation of quasi-periodic equilibrium states
    in 1-D statistical mechanics, including twist maps

    Nonlinearity 22, (2009) 1311-1336 pdf, preprint: mp_arc 08-189

  • with Hector Lomelí, Heteroclinic bifurcations and chaotic transport
    in the two-harmonic Standard-Map

    Chaos 16, 0231 17(2006) pdf

  • Existence and persistence of invariant objects in dynamical systems and mathematical physics
    The University of Texas at Austin, Ph.D. Thesis (May 2009), Supervisor: Rafael de la Llave. mp_arc 09-77

  • Dinámica simpléctica y approximaciones numéricas de separatrices y
    transporte caótico

    ITAM, B.Sc. Report (June 2004), Supervisor: Hector Lomelí.
Preprints:
  • with Rafael de la Llave, A numerically accessible criterion for the breakdown
    of quasi-periodic solutions and its rigorous justificaiton,
    submitted for publication, mp_arc 09-150

  • with Rafael de la Llave, Computation of the breakdown of analyticity in statistical
    mechanics models,
    mp_arc 09-56

  • with Alessandra Celletti, Breakdown of invariant attractors for the
    dissipative standard map,
    submitted for publication, mp_arc 09-124

In prepartation:
  • with A. Celletti and R. de la Llave, KAM theory for dissipative systems.

  • with A.R. Humphries and N. Christodoulou, Bifurcations and Spurious Solutions for Numerical Methods.

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