Dipayan Chakraborty

Dipayan Chakraborty is a Research Fellow at the University of Notre Dame, focusing on low-energy electron interactions with molecules and their dissociation dynamics. His work spans experimental and theoretical studies of electron-induced reactions in gas-phase environments, with applications in physical chemistry and chemical physics.

Research interests include fragmentation pathways of molecules like carbon disulfide, anisole, and ethanol, utilizing advanced techniques such as velocity map imaging and time-of-flight mass spectrometry. Key areas of exploration are ion-pair states, resonant electron attachment, and structural rearrangements triggered by electron collisions.

Recent articles highlight trends in understanding aromatic bond cleavage, gas-phase dissociation mechanisms, and instrumentation for low-energy electron generation. His studies aim to bridge fundamental reaction dynamics with practical insights into biomolecular damage mechanisms.

Based in the Radiation Research Building, Chakraborty contributes to interdisciplinary research at Notre Dame, though no formal awards or grants are explicitly listed in the provided texts.