In recent times, graphene has quickly risen to become of the most powerful performance enhancers for rubber and plastic based materials. Even at very low loadings, graphene can dramatically boost strength, durability, thermal management and electrical properties in ways that conventional fillers such as carbon blocks and silica simply cannot match. So, what makes graphene so special?   With its extremely high surface area, mechanical strength and thermal/electrical conductivi

Graphene is emerging as a sustainable, high-performance alternative to rare earth elements—offering superior conductivity, strength, and scalability while reducing environmental impact and supply chain dependence.

Researchers at IISc and NIMS have observed electrons in ultra-clean graphene flowing as a frictionless Dirac fluid, defying textbook physics and violating the Wiedemann-Franz law. This breakthrough offers a tabletop platform to explore high-energy physics phenomena and opens pathways for next-generation quantum technologies.