In this episode of The Graphene Podcast, we explore how graphene is transforming one of the world’s most widely used and environmentally impactful materials—concrete. Discover how adding even a small amount of graphene can dramatically improve concrete's strength, durability, and sustainability. We break down the science, the potential for reducing carbon emissions, and what this innovation means for the future of construction and infrastructure. Whether you're a materials scientist, an eco-conscious builder, or just graphene-curious, this episode lays the foundation for understanding one of the most promising applications of this wonder material.

In this episode of The Graphene Podcast, we dive into the fascinating world of composites and explore how graphene is revolutionizing composites. From aerospace to sports equipment, graphene-enhanced composites are lighter, stronger, and more durable than ever before. We break down how graphene integrates with other materials, the science behind its incredible performance, and the real-world applications already making waves. Whether you're an engineer, investor, or just graphene-curious, this episode will give you a solid foundation in one of graphene's most promising use cases in composites.

In this episode, we dive into the critical world of graphene testing and characterization. Nick explains which analytical techniques provide reliable verification of graphene quality and which methods fall short. From Raman spectroscopy and scanning electron microscopy to less reliable visual inspections, we explore how researchers and industry professionals can ensure they're working with genuine graphene rather than graphite or other carbon materials. Join us for this essential conversation about maintaining standards in the rapidly evolving graphene marketplace.

In the premiere episode of The Graphene Podcast, Nick and Brad break down the basics: What exactly is graphene? Why is it being called a “wonder material”? And what makes it so special? Join us as we dive into the atomic structure, unique properties, and revolutionary potential of this game-changing material.