Krishna’s work during his Ph.D. focused on understanding the effects of kinetic, transport, and physicochemical parameters on nanoparticle morphology. These insights aid in developing a sustainable continuous large-scale synthesis process. He has extensively worked on synthesizing metallic nanoparticles in millifluidic/microfluidic reactors and developed a large-scale nanoparticle synthesis and separation process by exploiting interfacial trapping in an aqueous-two-phase system.
At CaPI, he will be working on the synthesis of nanomaterials in novel deep eutectic solvents and developing an automated manufacturing protocol for precise morphology control of these nanomaterials.
