Novel chemical compound with a unique ligand structure for efficient removal of cations
in industrial settings, aiming to protect equipment and meet stringent environmental
standards.
Novel nanoshell design with star polymer occlusion complexes and inorganic shells,
offering versatile applications in biomedical and nanotechnology fields.
A device for accurately measuring autogenous volumetric shrinkage in concrete and
grout, offering crucial solution to mitigate shrinkage-related issues in construction.
Optimizes concrete mix designs and enhances the durability of structures.
Modular exoskeleton system encompassing four innovative designs, providing a comprehensive
solution for individuals with motor disabilities. It is lightweight and cost-effective
while being practical for long-term, home-based use.
A bacterium is used to bioaccumulate and recover rare earth elements (REEs) from various
sources, including electronic waste, offering an environmentally friendly alternative
to traditional extraction methods.
Small molecules that increase the susceptibility of multidrug-resistant bacteria to
last resort antibiotics known as cationic antimicrobialpeptides (CAPs) thereby providing
a life-saving therapeutic option for patients.
A solution to the slow training speeds and other issues associated with synapses in
Neural Network In-Memory Computing with practical applications in low-power edge devices
like security cameras and drones, and high-performance computers.
A smart robotic breast pumpthat integrates self-adjusting compression and vacuum pressures,
along with a temperature control system, to provide a safe, efficient, and comfortable
pumping experience for breast feeding mothers.
A method for growing verticalpower transistors with gradual doping, allowing for simultaneous
reduction in resistance (Ron) and increase in breakdown voltage (BV) that can improve
the performance of power electronic circuits by 2-4 X without additional costs or
modifications.
