Her current work includes the advancement and improvement of electrodynamic wireless power transmission to multiple chip-scale receivers over distances of one to three feet. This alternative technology for wireless charging will provide a highly miniaturized solution for size-constrained systems such as wearables, microrobots, IoT sensor nodes and biomedical implants. In parallel, she is part of an ongoing effort to develop scalable low-power logic/memory technologies using thin-film ferroelectric materials.