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Eddith Sarah Varghese

Loyola University MarylandIN
ORCID0000-0001-8236-5756
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Citations
78

via OpenAlex

Publications
12

About

Eddith Sarah Varghese is a researcher at Loyola University Maryland. Her work focuses on the development and application of molecular descriptors, particularly in the context of dendrimers and nanostructures. With over 12 publications spanning 2022 to 2025, her research aims to characterize and predict properties of these complex systems.

Research areas

  • Dendrimer
  • Mathematics
  • Combinatorics
  • Graph
  • Computer science

Publications (12)

Sorted by most cited.

  1. Molecular Descriptors of Porphyrin-based Dendrimer

    2022

    View DOI
    9 cites

  2. A Novel Perspective for M-Polynomials to Compute Molecular Descriptors of Borophene Nanosheet

    2023

    View DOI
    4 cites

  3. Distance based molecular characterization and QSPR modeling of properties of triazine based dendrimer

    2023

    View DOI
    1 cites

  4. Computing Molecular Descriptors of Polyphenylene Dendrimer

    2023

    View DOI
    1 cites

  5. Various topological descriptors and corresponding Entropies of Iridium cored Dendrimer

    2023

    View DOI
    1 cites

  6. Topological characterization, entropy measures and prediction of properties of Iridium cored dendrimer

    Journal of Molecular Structure2025journal article

    View DOI
    0 cites

  7. Molecular descriptors of symmetrically configured carbon nanocones via quotient graph technique

    Ain Shams Engineering Journal2024journal article

    View DOI
    0 cites

  8. Structural analysis of transformations of subdivision graph via structure descriptors

    Ain Shams Engineering Journal2024journal article

    View DOI
    0 cites

  9. Computation of Structural Descriptors of Pyrene Cored Dendrimers through Quotient Graph Approach and Its Graph Entropy Measures

    Journal of Nanomaterials2024journal article

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    0 cites

  10. Distance based topological descriptors of zinc porphyrin dendrimer

    Journal of Molecular Structure2022journal article

    View DOI
    0 cites

  11. Distance‐Based Structure Characterization of PAMAM‐Related Dendrimers Nanoparticle

    Journal of Nanomaterials2022journal article

    View DOI
    0 cites

  12. Strong Total Monophonic Problems in Product Graphs, Networks, and Its Computational Complexity

    Journal of Mathematics2022journal article

    View DOI
    0 cites