The present invention relates to polymer nanocomposites comprising nanocubons with uniform size and morphology, along with a process for their preparation.

The present invention provides a wound dressing composition with antimicrobial, pain relieving, nontoxic, non-allergic, non-adherent, wound healing and hydrating properties.

This invention focuses on enhancing personal safety during public transportation by introducing a remotely configurable panic button system.

This innovation is a compact and innovative Long Term Evolution (LTE) communication architecture designed for rapid deployment in isolated or emergency scenarios.

This invention provides a smart method to reduce energy usage in cellular networks by adapting the operation of base stations in response to predicted traffic demand.

This invention presents a novel solid-state Zinc-air battery (ZAB) employing a multifunctional cobalt-based molecular catalyst immobilized on a silica support via a robust pyridine-containing amine linker.

A novel nanoemulsion-based transdermal patch system for efficient and stable drug delivery has been developed. It enables ethanol-free delivery of both hydrophobic and hydrophilic drugs with high bioavailability and minimal irritation.

The invention is a low-cost, paper-based biosensor for detecting salivary alpha amylase using smart core-shell nanoparticles. It shows a visible blue-to-red color change upon enzyme contact, enabling stress or saliva detection.

This invention discloses a non-toxic, wash-resistant antimicrobial nanocomposite comprising chitosan and calcium silicate nanoparticles.

The technology involves a nanohybrid drug delivery system combining lipid nanovesicles and polymeric nanoparticles for simultaneous delivery of hydrophilic and hydrophobic anti-cancer agents.