About this video

• Video Title: FLOGEN Artists of Science™ Sir Prof. Konstantin Novoselov, 2010 Nobel Laureate in Physics
• Channel: FLOGEN Stars Outreach
• Speakers: Konstantin Novoselov
• Duration: 00:41:42

Overview

This video features an interview with Sir Prof. Konstantin Novoselov, a 2010 Nobel Laureate in Physics. The discussion covers his field of research in condensed matter physics, focusing on two-dimensional materials like graphene and the concept of "materials on demand." Novoselov explains how these materials can be customized for specific applications and their potential impact on various industries, including electronics, construction, and healthcare. The conversation also touches upon the nature of scientific discovery, the challenges and rewards of a career in physics, and the importance of passion and creativity in research.

Key takeaways

• Research Focus: Professor Novoselov's work is in condensed matter physics, specifically focusing on two-dimensional materials like graphene. His research has expanded to "materials on demand," where new materials with specific properties can be created by combining different 2D crystals.
• Innovation and Application: The development of custom-tailored materials aims to move beyond the limitations of existing materials, allowing for applications with predetermined properties and potentially leading to significant advancements in technology and sustainability.
• Nature of Scientific Discovery: Scientific breakthroughs often occur when experiments push boundaries and encounter unexpected results, a process that involves both systematic research and an element of serendipity.
• Career in Physics: Novoselov highlights the hands-on, experimental nature of his work, the satisfaction of building and testing devices, and the importance of passion for driving scientific inquiry.
• Interdisciplinary Nature of Science: The discussion emphasizes that science is a unified field, and collaboration between disciplines like physics, chemistry, and biology is crucial for innovation, challenging traditional boundaries.

Professor Novoselov uses the analogy of a paint shop to explain "materials on demand." He describes a situation where, if you could only choose from two colors of paint (pink and white) for a renovation, your options would be very limited. His goal is to create a "virtual shop" for materials, where you can combine different components to achieve any desired property for your device, much like being able to select any color of paint you want.