New research addressed the Tungsten Diselenide clumping problem by introducing a polymer, Polyvinyl Pyrrolidone (PVP), into the mix.

Researchers create a cleaner and greener bio-based proton exchange membrane for fuel cells made of plant and animal materials.

Researchers have developed a mathematical tool to model the complex interactions between a power-law nanofluid and a thin, moving needle.

The researchers developed a simple and innovative technique to improve the bonding in friction welding method by creating a tapered end on one of the surfaces.

A new hydrophobic graphene-based material developed by IITB scientists could support efforts to address fresh water crisis

The researchers used mathematical models based on the Dirac-Weyl equation to simulate how an electron in a graphene sheet would behave under external magnetic fields.

A chemical treatment using DSH prevents light-induced degradation in mixed halide perovskites, paving the way for more stable solar cells and LEDs.

For generations, a tiny piece of DNA has mastered the art of inheritance by hijacking the yeast cell’s division machinery, despite providing no known benefit to its host, the yeast.

Adding minuscule Molybdenum Disulfide flakes helps organize polymer chains, paving the way for faster, more efficient bendable electronics.

Researchers investigate the structural, optical, and magnetic traits of novel nanomaterials synthesized via a simple hydrothermal method.