This paper describes a system that generates speaker-annotated transcripts of meetings by
using a microphone array and a 360-degree camera. The hallmark of the system is its ability …

An efficient nanoscale semiconducting optoelectronic system is reported, which is optimized
for neuronal stimulation: the organic electrolytic photocapacitor. The devices comprise a …

Neuro-prosthetic devices aim to restore impaired function through artificial stimulation of the
nervous system. A lingering technological bottleneck in this field is the realization of soft, …

Wearable electronics offer new opportunities in a wide range of applications, especially
sweat analysis using skin sensors. A fundamental challenge in these applications is the …

We report the development of a semiconductor nanorod-carbon nanotube based platform for
wire-free, light induced retina stimulation. A plasma polymerized acrylic acid midlayer was …

The organization of neurons and glia cells on substrates composed of pristine carbon
nanotube islands was investigated using high resolution scanning electron microscopy, …

We have investigated the use of carbon nanotube coated microelectrodes as an interface
material for retinal recording and stimulation applications. Test devices were micro-fabricated …

Electromyography is a non-invasive method widely used to map muscle activation. For
decades, it was commonly accepted that dry metallic electrodes establish poor electrode-skin …

Human facial expressions are a complex capacity, carrying important psychological and
neurological information. Facial expressions typically involve the co-activation of several …

The choice of electrode material is of paramount importance in neural prosthetic devices.
Electrodes must be biocompatible yet able to sustain repetitive current injections in a highly …