Effective power management is crucial in designing wirelessly powered implants that have a
long operational lifetime. It ensures that the received power is optimized for efficient …

This paper presents a novel micro-scale ultrasonically powered optogenetic microstimulator
with the vision of treating Parkinson's Disease. This system features a power-efficient active …

This letter presents an ultrasonically powered dual-wavelength optogenetic device that
targets simultaneous excitation and inhibition of neural activities, or in a broader sense …

This paper presents an ultrasonically powered microsystem for deep tissue optogenetic
stimulation. All the phases in developing the prototype starting from modelling the …

One of the main challenges of the current ultrasonic transducers for powering brain implants
is the complexity of focusing ultrasonic waves in various axial and lateral directions. The …

This paper presents the main objectives, future vision and the achievements of a
multidisciplinary project called STARDUST. STARDUST Project targets on development of a …

Wireless sub-mm-sized distributed brain implants could revolutionize Brain-Machine
Interface applications by providing untethered cortical recording and/or stimulation with …

In this paper, a power-efficient and high-resolution ultrasonically powered and controlled
optogenetic stimulator system is proposed. The proposed system benefits from a novel fully …

This paper presents a novel approach to improve the performance of Piezoelectric Energy
Harvesters (PEHs) applicable to a variety of applications, eg biomedical implants. This is …

This research aims at introducing a novel technique for the enhancement of data rate in
wireless data transfer through ultrasonic telemetry links. Referred to as INtervened-Timing …