A new solar cell design uses an adjustable “control gate” layer on its back side to actively reduce energy loss at the surface where materials often degrade.

A new way to boost solar cell performance uses a very thin layer of titanium dioxide (TiO₂) coated on silicon and treated with hydrogen plasma at room temperature.

This invention is a system that helps deliver safe, steady electrical signals to the brain or nerves using a cost-effective and efficient method.

A simple and reliable circuit breaker specially designed for modern DC power systems (like solar micro-grids). It uses smart timing and energy storage to quickly isolate faults and automatically try restarting, all without extra sensors.

This invention is about a new type of electric motor that is compact, energy-efficient, and easy to manufacture. Unlike regular motors that use heavy coils and metal parts, this design places flat coils directly on printed circuit boards (PCBs).

The invention provides a flexible tactile sensor for object detection that incorporates a piezoelectric polyvinylidene fluoride (PVDF) film prepared via a spray-assisted immersion precipitation (SAIP) method.

The invention provides kaolin-supported zerovalent iron (K-nZVI) and sulfidated zerovalent iron (K-SnZVI) composites synthesized through a simple one-step chemical reduction method.

The invention relates to a bilayer dermal patch comprising a hydrophobic top layer and a hydrophilic porous bottom layer for wound dressing applications.

The invention relates to a robotic surgical system for performing high-precision, minimally invasive surgeries (MIS).

The invention relates to a non-flow zinc-bromine battery featuring a vertical stackable design and optimized electrolyte composition.