The proposed technology for compression ignition internal combustion engine capable of operating on both diesel and gasoline fuels addresses the dual challenges of high NOx and soot emissions from diesel engines and low thermal efficiency from gas

The dual fuel compression ignition internal combustion engine system integrates Compressed Natural Gas (CNG) and diesel to leverage the strengths of both fuels.

This is an innovative device for visualizing dynamic magnetic fields using diamonds with special defects called nitrogen-vacancy (NV) centers.

This invention introduces a new biodegradable nanohybrid called FJNPs, made up of red fluorescent carbon dots (C-dots) and liposomal nanopitchers, designed for deep tissue imaging and targeted cancer therapy.

This is an innovative method for synthesizing stable MXene quantum dots (QDs), which are nanoscale particles, suitable for various applications.

This invention outlines a method to create drug-loaded fluorescent Graphene Quantum Dots (GQDs) embedded in a mesoporous silica structure for imaging and treating solid tumors.

This technology uses BSN-liposomes engineered for simultaneous cancer diagnosis and therapy.

This innovative system combines a diaphragm assembly and an imaging device to measure the vibrations of a structure and the pressure of a fluid in its vicinity simultaneously.

This innovative prosthetic device is designed to assist human walking, specifically for below-knee amputees.

The invention is a novel desalination system designed to address the global water scarcity issue by offering a sustainable, cost-effective solution.