Optical-electrode (optrode) arrays use light to modulate excitable biological tissues and/or
transduce bioelectrical signals into the optical domain. Light offers several advantages over …

Liquid crystals (LCs) are recognised as an emerging type of responsive and functional
materials that exhibit diverse technological applications. The spatial arrangement or …

Brain/computer interfaces (BCIs) rely on the concurrent recording of many channels of
electrical activity from excitable tissue. Traditionally such neural interfacing has been …

Nine compounds containing fluorine or chlorine atoms in the lateral position in the rigid core
with a chiral terminal octyloxy-chain were synthesized mainly using Suzuki-Miyaura …

Reliable signal detection of biopotentials in excitable tissues has been one of the longest-
standing challenges in neural and cardiac electrophysiology. While using standard …

The design of a bi-directional optical-electrode or'optrode'for peripheral nerve and brain-
machine interfacing is proposed and its principle of operation detailed, which is able to …

Recently" optrodes" aka optical-electrodes have been developed in the context of
electrophysiological studies. We propose an applicable active noise cancelling method for …

This paper explores the quantification of liquid crystal alignment, crucial for optimising
optoelectronic devices. By using image processing techniques, we facilitate the …

Tthis paper is an attempt, using a concise HSL notation, to describe some aspects of BCI.
Particularly it is focused on two brain interfaces having different natures. One-BCI (Brain to …