Peter Seeberger is internationally recognized as one of the leading scientists in the field of chemistry. As Director at the Max Planck Institute of Colloids and Interfaces, he has pioneered the automated synthesis of complex carbohydrates, opening new possibilities for vaccines, diagnostics, and pharmaceuticals. In addition, he brings extensive experience as a founder and mentor of several deep-tech companies, contributing to innovation and technology transfer.

Today, Seeberger serves as Founding Director of the Center for the Transformation of Chemistry (CTC), which aims to accelerate the transition of the chemical industry towards sustainability and circularity.

In the podcast, Seeberger explains why the chemical industry is facing profound change. Topics such as circular economy, advanced materials, digitalization, and climate-neutral production processes will be key factors shaping the industry’s future over the coming decades.

The conversation also addresses the question of how Germany and Europe can maintain their technological competitiveness. Seeberger highlights the importance of new research and innovation ecosystems and explains why scientific excellence alone is not enough to translate technological breakthroughs into societal and economic impact.

Another focus of the discussion is the framework required for successful deep-tech innovation. Seeberger shares insights from his experience as a scientist and entrepreneur, discusses differences between the innovation ecosystems in Germany and the United States, and reflects on the role of venture capital, technology transfer, and entrepreneurial role models.

The episode also explores how autonomous laboratories, artificial intelligence, and data-driven chemistry may transform research practices in the future and why the chemical industry will remain essential to Europe’s prosperity.

The conversation also highlights the vision behind the Center for the Transformation of Chemistry. The major research initiative aims to develop new approaches for a sustainable and circular chemical industry and to contribute to the transformation of one of Europe’s most important industrial sectors. At its core is the ambition to combine world-class research, technological innovation, and societal impact.