معرفی
Mihir Parekh is a Research Fellow in the Department of Physics and Astronomy, affiliated with the Rao Research Group. His research focuses on electrochemical energy storage systems, biorenewable materials, and opto-thermal property modeling. He explores novel electrolyte formulations for lithium-sulfur and sodium-sulfur batteries, high-temperature battery applications, and waste heat harvesting through electrochemical oscillators. His work integrates experimental studies with advanced modeling techniques to optimize material performance and energy conversion efficiency.
Key research interests include the development of solid-state electrolytes using biorenewable resources, understanding electric field effects on electrochemical interfaces, and improving battery cycle life through electrolyte flow systems. His studies span thermal properties of carbon-based materials, optically chargeable supercapacitors, and the role of electrolyte dynamics in energy storage devices.
Dr. Parekh has contributed to advancements in flowing electrolyte metal batteries, with a focus on dendrite suppression strategies and energy density optimization. His recent work emphasizes low-grade waste heat utilization through thermally rechargeable oscillators and explores novel synthesis methods for biorenewable anode materials.
While no academic awards are listed, his research aligns with interdisciplinary efforts in sustainable energy solutions. He collaborates closely with the Rao Research Group to advance projects in electrochemical systems, opto-thermal engineering, and materials science.
