Atharv Naik

This paper introduces distributed resonant coupling (DRC) for efficient wireless power transfer to mm-scale bioelectronics, achieving high power transfer efficiencies in various orientations and tissue conditions.

This paper introduces a foldable, transient bioelectronic implant that measures physiological markers and autonomously unfolds after implantation for wireless operation.

This paper develops a system for continuous monitoring of spinach spoilage using paper-based electrical gas sensors integrated into packaging, enabling smartphone-based evaluation via NFC.