0000-0001-5720-6294 About
I am a researcher in astrochemistry and astrophysics (with a background in physics), specializing in theoretical and computational astrochemistry. My research focuses on studying molecular complexity in diverse astrophysical environments, particularly high-radiation regions such as photodissociation regions (PDRs), H II regions, and the diffuse interstellar medium. I employ spectral synthesis, radiative transfer, and astrochemical modeling tools to investigate the molecular excitation, physical, and chemical structure of these environments, enabling the interpretation of observational data.
I am also interested in studying gas-grain chemistry to explore the formation pathways of complex organic molecules (COMs) and prebiotic species in dense star- and planet-forming regions, with implications for astrobiology.
In addition, I perform ab initio quantum chemical calculations, including the determination of binding energies of atoms, radicals, and molecules on interstellar icy grain surfaces, as well as spectroscopic properties, infrared features, and reaction kinetics. My research integrates theory, computation, and observations to advance our understanding of the molecular universe.
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Publications (21)
- Binding energy distributions of alcohols, thiols, and their precursors on interstellar water ice surfaces Save
- Chemistry and ro-vibrational excitation of CH+ in the planetary nebula NGC 7027 Save
- Rate constants for a reactive system of astrophysical interest: a statistical study of CH2+ Save
- Metallic species in the interstellar medium: Astrochemical modeling Save
- Chemistry and ro-vibrational excitation of HeH+ in the Planetary Nebula NGC 7027 Save
- Fate and detectability of rare gas hydride ions in nova ejecta Save
- Experimental and Computational Study of Ethanolamine Ices under Astrochemical Conditions Save
- Assessing realistic binding energies of some essential interstellar radicals with amorphous solid water Save
- Astrochemical model to study the abundances of branched carbon-chain molecules in a hot molecular core with realistic binding energies Save
- Phenol in High-mass Star-forming Regions Save
- Physics And Chemistry Of Star Forming Region And Protoplanetary Disk Save
- Effect of Binding Energies on the Encounter Desorption Save
- Chemical Complexity of Phosphorous-bearing Species in Various Regions of the Interstellar Medium Save
- Is There Any Linkage between Interstellar Aldehyde and Alcohol? Save
- Systematic Study on the Absorption Features of Interstellar Ices in the Presence of Impurities Save
- Exploring the Possibility of Identifying Hydride and Hydroxyl Cations of Noble Gas Species in the Crab Nebula Filament Save
- Identification of Prebiotic Molecules Containing Peptide-like Bonds in a Hot Molecular Core, G10.47+0.03 Save
- An Approach to Estimate the Binding Energy of Interstellar Species Save
- Binding Energy and Isomerism: Two Important Aspects of Astrochemistry Save
- Chemical Modeling for Predicting the Abundances of Certain Aldimines and Amines in Hot Cores Save