I concentrate my research efforts on exploring the atomic-level electronic structure of materials crucial for future technologies in data storage, and energy storage applications. My aim is to tackle important challenges, notably in reducing carbon emissions and advancing information storage capabilities. To achieve this objective, I integrate principles from materials physics and chemistry, employing state-of-the-art experimental approaches and modeling techniques in both synchrotron user support facilities and laboratory settings.
Research interests:
Advanced characterization of energy materials using synchrotron x-rays
Nanomaterials investigation for magnetism and energy storage applications
Quantum magnetism in graphene & 2D materials
Development of rechargeable Li and Na ion batteries
Atomic-level investigation using in-situ and operando spectroscopy techniques
Nanomaterials synthesis and characterization
Scholarly impact:
Publications: 43 [First authored 11 & Co-authored 32]
US Patent: 1
Book Chapter: 1
Citations : 1200
h-index : 16