Meera Kanakamma Mohan

Developed low-dose TEM and cryo-TEM workflows for beam-sensitive nanomaterials and converted complex preparation/imaging effects into reproducible technical documentation. Analysed microscopy datasets, compared preparation pathways, and prepared manuscript-ready figures and captions.

Developed SMLM/STORM- and FISH-based imaging workflows for genome-architecture research and interpreted complex biological imaging data with multidisciplinary collaborators. Communicated experimental rationale and imaging findings, including during a concurrent visiting-scientist appointment at UTMB Galveston.

Supported confocal and super-resolution microscopy in a shared biomedical facility, trained users, and translated advanced imaging concepts into practical guidance. Advised researchers on imaging strategy, acquisition, analysis, interpretation, and troubleshooting.

Translated spatial-light-modulator, optics, and imaging concepts into clear technical presentations and customer-facing communication. Bridged research, engineering, and business teams, adapting technical information for diverse audiences.

Worked on cryo-EM structural characterisation of soluble human tyrosinase, integrating sample preparation, DLS, plunge freezing, screening, and imaging. Reviewed structural-biology literature and interpreted experimental results across protein science and microscopy.

Investigated nanobubble dynamics and nanoconfined liquids using in situ liquid-cell TEM, graphene, and microfabricated silicon-nitride cells. Produced a doctoral thesis and APS Division of Fluid Dynamics oral abstract, and communicated dynamic microscopy results through figures, presentations, and technical discussion.

Investigated cavitation in microfluidic channels and fabricated specialised devices using DRIE, RIE, wet etching, and anodic bonding. Documented experimental methods and interpreted interdisciplinary results spanning fluid dynamics, microfabrication, and imaging.

Doctoral research on nanobubble dynamics using transmission electron microscopy, resulting in a thesis and an APS Division of Fluid Dynamics oral abstract.

MPhil in Physics with a dissertation on ultrasonic relaxation studies of paramagnetic ions in maleic acid.

Master of Science in Physics.