
Adventures in Venture
Where I interview scientists, thought leaders, Venture Capitalists, Angel investors and entrepreneurs who are innovating to deliver positive impact in the World.
Adventures in Venture
Episode 6 - Jess Wade
In this episode, I interview Dr. Jessica Wade who is a physicist and material scientist at Imperial College in London. We discuss her research on polymer organic light-emitting diodes (OLEDs) and talk about Raman spectroscopy.
Raman spectroscopy is a vibrational spectroscopy technique that studies the vibrations of molecules by shining a laser on them. This technique provides valuable information about the chemical composition and structure of materials. Dr. Wade also discusses her work on chiral materials, circular polarization, and chiral optical technologies.
She explains that chiral materials have a non-superimposable mirror image and can be used to emit and detect circularly polarized light. Additionally, she talks about the potential of room temperature solutions for quantum computing and the challenges and opportunities in the field of material science.
Alongside quantum science, we cover the importance of diversity in science and venture capital, the need for better collaboration between academia and business, and the role of policy in supporting innovation. We also discuss the work Dr Wade has done writing Wikipedia biographies for underrepresented scientists and the impact it has had.
Overall, the conversation highlights the potential of disruptive technologies and the importance of creating a more inclusive and supportive ecosystem for innovation.
Key Topics
00:00 Introduction to Dr. Jessica Wade and Raman Spectroscopy
02:09 Understanding Raman Spectroscopy and its Applications
06:32 Exploring Chiral Materials and Circular Polarization
12:38 The Potential of Room Temperature Solutions for Quantum Computing
38:10 Quantum Processing and Disruptive Technologies
39:06 The Power of Diversity in Science and Venture Capital
40:29 Innovation in Characterization and Materials
41:56 Quantum's Impact on Academia and Interdisciplinary Collaboration
44:44 Enhanced Conductivity and Unique Lighting Technology
56:56 Recognizing Underrepresented Scientists Through Wikipedia
01:07:44 Bridging the Gap Between Academia and Business
01:09:11 The Role of Policy in Supporting Innovation