Simple Summary There is a rising demand for food security in the face of threats posed by a
growing human population. Bees as an insect play a crucial role in crop pollination …

Wirelessly powered implants are increasingly being developed to interface with neurons in
the brain. They often rely on microelectrode arrays, which are limited by their ability to cover …

Current implantable neural interfaces, both clinically available solutions and research tools,
rely on a limited number of implanted devices (from one to few units). This factor, aside from …

Wireless power transmission (WPT) using an inductively coupled link is one of the most
popular approaches to deliver power wirelessly to biomedical implants. As the …

This paper presents a novel wireless power transfer (WPT) scheme that consists of a two-tier
hierarchy of near-field inductively coupled links. Key aims are to provide efficient power …

Most of the next-generation implantable medical devices that are targeting sub-mm scale
form factors are entirely powered wirelessly. The most commonly used form of wireless …

Conventional approaches for wireless power transfer rely on the mutual coupling (near-field
or far-field) between the transmitter and receiver transducers. As a result, the power-transfer …

Objective. Free-floating implantable neural interfaces are an emerging powerful paradigm
for mapping and modulation of brain activity. Minuscule wirelessly-powered devices have …

Distribution of a large number of mm-sized sensing units in brain is a vision for the next
generation of implantable devices for neural recording. Recorded data from the implants is …

Wirelessly powered microdevices are being miniaturized to improve safety, longevity, and
spatial resolution in a wide range of biomedical applications. Some wireless microdevices …