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Examine the influence of shell stability and the cold fusion in the super-heavy elements formed via heavy-ion reactions

Fabrication of magneto sensitive strain sensor from conducting and flexible magnetic sponges

The research proposes the fabrication of a reusable magneto sensitive strain sensor from conducting sponges with oxide magnetic nanoparticles. Iterative load-unload magnetic field behavior will be investigated for repeatability and recoverability. Th

Hard probes of QGP at heavy ion collision experiments

Impact of electronic and nuclear energy loss with moderate energy on metal-fullerene nanocomposite

Intercalation of Rare-Earths in MXenes and their Impact on magnetism and electric transport for Spintronic applications

Investigation of Heusler alloys for spintronics applications

Investigation of the Solar-wind Coupling with Magnetosphere-Ionosphere System During 23-24 Solar cycles

Manufacturing of a variable temperature insert cryogen-free cryostat

The project aims to develop in-house capability for manufacturing and assembling brazing components for operations at cryogenic temperatures, specifically liquid helium and lower. The cryostat will be assembled using locally manufactured components,

A copper oxide nanofluid-based multiwalled carbon nanotube (MWCNT) voltage sensor has been developed, with two optimized prototypes (pure ZnO and 40:1 ZnO:MWCNT) successfully tested for high-voltage applications. The sensor demonstrates enhanced sensitivity and reliability for industrial and medical device monitoring.

SARVAKSH is an AI-driven resilient connectivity solution designed to transform next-generation communication networks using intelligent surfaces. It enables reliable, low-power, and interference-resilient connectivity across diverse environments. The technology enhances signal robustness and efficiency, supporting future communication infrastructures.