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Lauren Rast

    • 8PublicationsNumber of items in Lauren's My Publications folder on Mendeley.
    • 4Followers

    Research interests

    Nanoscience/Nanotechnology (both for biomedical and energy applications). Nonlinear dynamical systems (especially nonlinear dynamics and chaos for modeling and development of novel materials and modeling of biological systems such as neuronal networks. M

    About

    2011 PhD Graduate via the NIH T32 Nanotechnology Trainee Program/University of Alabama at Birmingham Department of Physics. Currently seeking a postdoctoral position related to computational materials physics and/or biology.

    Followers (4)

    • Om Shankar Prajapati

      Om Shankar PrajapatiMalaviya National Institute of Technology

    • Tim Sullivan

      Tim SullivanApplied and Computational Mathematics, California Institute of Technology

    • Dominick Lemas

      Dominick LemasUniversity of Florida

    • Michelle Cardel

      Michelle CardelUniversity of Alabama at Birmingham

    Following (4)

    • Om Shankar Prajapati

      Om Shankar PrajapatiMalaviya National Institute of Technology

    • Tim Sullivan

      Tim SullivanApplied and Computational Mathematics, California Institute of Technology

    • Dominick Lemas

      Dominick LemasUniversity of Florida

    • Michelle Cardel

      Michelle CardelUniversity of Alabama at Birmingham

    Publications (5)

    • Aggregated nanoparticle structures prepared by thermal decomposition of poly(vinyl)-N-pyrrolidone/Ag nanoparticle composite films

      • Rast L
      • Stanishevsky A
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    • Aggregated nanoparticle structures prepared by thermal decomposition of poly(vinyl)-N-pyrrolidone/Ag nanoparticle composite films

      • Rast L
      • Stanishevsky A
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    • Computational Modeling of Electromagnetically Induced Heating of Magnetic Nanoparticle Materials for Hyperthermic Cancer Treatment

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    • EXAMINATION OF IDEAL PHYSICAL PARAMETER CHOICES FOR EFFICACIOUS HYPERTHERMIC TREATMENT OF CANCER: A PhD Dissertation

      • Lauren Rast
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    • Fabrication of Clustered Metal Nanoparticle Systems for Plasmon Resonance and Modeling of Their Optical Properties: A Master's Thesis

      • Lauren Rast
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