Dive deep into the fascinating world of nano bubbles and their critical role in biological processes. In this insightful conversation, we explore the evolution of scientific thought, from early research on molecular forces to groundbreaking work on the endothelial surface layer and glycocalyx. Learn how the often-overlooked dissolved gases are reshaping our understanding of biology and physical chemistry. Whether you’re a seasoned scientist or just curious about the latest in biophysics, this video will expand your knowledge and challenge conventional wisdom.
In this video, Barry Ninham explores the fascinating science of nano bubbles and explains why these microscopic gas-filled structures are attracting increasing attention from researchers around the world. The discussion examines how nano bubbles differ from ordinary bubbles and why their unusual stability challenges many conventional assumptions in physics, chemistry and biology. Their unique behaviour has led to growing interest in their potential applications across a wide range of industries.
The conversation also explores the role of dissolved gases and molecular interactions in the formation and stability of nano bubbles. Barry discusses how these tiny structures may influence biological systems and highlights the importance of understanding gas behaviour at microscopic scales. The video provides valuable insights into the scientific principles that underpin current nano bubble research and emerging technologies.
Viewers will gain a broader understanding of how nano bubbles are being investigated for applications in water treatment, environmental management, industrial processes and health-related research. The discussion demonstrates how re-examining fundamental scientific concepts can lead to new discoveries and innovative solutions to complex challenges.
