Objective: There is a need for low power, scalable photoelectronic devices and systems for
emerging optogenetic needs in neuromodulation. Conventional light emitting diodes (LEDs) …

Optogenetics is a new neurotechnology innovation based on the creation of light sensitivity
of neurons using gene technologies and remote light activation. Optogenetics allows for the …

Cell assemblies manipulation by optogenetics is pivotal to advance neuroscience and
neuroengineering. In in vivo applications, photostimulation often broadly addresses a …

Optogenetics has a lot of potential to become an effective neuromodulative therapy for
clinical applications. Selecting the correct opsin is crucial to have an optimal optogenetic …

Optogenetics has emerged as a revolutionary technology that enables circuit-specific
restoration of neuronal function with millisecond temporal resolution. Restoring vision is one …

Single-photon optogenetic stimulation is a crucial tool in neuroscience, enabling precise,
cell-type-specific modulation of neuronal circuits. Miniaturization of this technique in the form …

Recognizing the neural patterns underlying different brain functions is essential to achieve a
more comprehensive view on how small sets of neurons organize in complex 3D networks …

Introduction In patients with severe auditory impairment, partial hearing restoration can be
achieved by sensory prostheses for the electrical stimulation of the central nervous system …

Optogenetic manipulation is widely used to selectively excite and silence neurons in
laboratory experiments. Recent efforts to miniaturize the components of optogenetic systems …

We develop a system-level approach to modelling optogenetic-neurons firing behaviour in
in-vivo conditions. This approach contains three sub-modules: 1) a Mie/Rayleigh scattering …