Optogenetic, known as the method of 21 centuries, combines optic and genetic engineering
to precisely control photosensitive proteins for manipulation of a broad range of cellular …

III‐V semiconductors, known for their optoelectronic properties and versatile engineering
capabilities, play a crucial role in the fabrication of Micro light‐emitting diodes (Micro‐LEDs) …

Wireless power is one of the new promising technologies for IoT applications. The use of
arrays for power transfer to free-moving objects has revolutionized wireless power …

The nervous and immune systems are closely interconnected, and influence the onset and
progress of various diseases. Accordingly, understanding the interaction of the neural …

Recently, flexible/stretchable micro-scale light-emitting diodes (LEDs), with dimensions
significantly smaller than conventional diodes used for illuminations, have emerged for …

Ultrafast laser is expected as a promising strategy for micro‐LEDs (µ‐LEDs) transfer due to
its inherent property of suppressing thermal effects. However, its ultrahigh peak power and …

A problem of systemic pharmacotherapy is off‐target activity, which causes adverse effects.
Outstanding examples include neuroinhibitory medications like antiseizure drugs, which are …

Neural interfaces play a pivotal role in neuromodulation, as they enable precise intervention
into aberrant neural activity and facilitate recovery from neural injuries and resultant …

Optoelectronic implants have gained increasing attention over the last ten years for their
clinical applications, such as optogenetics, photodynamic therapy, and deep‐tissue …

Optogenetics enables precise, cell-specific control of neural activity, surpassing traditional
electrical stimulation methods that indiscriminately activate nearby cells, making it crucial for …