Benjamin List

Benjamin List is a Nobel Prize–winning chemist whose work has reshaped modern chemistry by introducing simpler, more sustainable ways to drive chemical reactions. Awarded the 2021 Nobel Prize in Chemistry, keynote speaker Benjamin List is internationally recognized for co-founding the field of asymmetric organocatalysis, a breakthrough that expanded how scientists design molecules for medicine, materials, and industry.

Benjamin List’s Scientific Innovation: A Global Impact

Trained in chemistry in Germany and the United States, List’s career bridges deep academic research and real-world application. After early research roles in Berlin and Frankfurt, he conducted postdoctoral work in California, where his thinking began to challenge long-standing assumptions about catalysis. Rather than relying on metals or complex enzymes, his research demonstrated that small organic molecules could act as highly selective and efficient catalysts.

This insight led to a new class of chemical reactions that are not only precise but also more environmentally responsible. Today, asymmetric organocatalysis is widely used in pharmaceutical development and chemical manufacturing, helping reduce waste while improving efficiency and control.

List’s Leadership in Fundamental Science

This keynote speaker returned to Germany to take on leadership roles within the Max Planck research system, where he later became director of the Max-Planck-Institut für Kohlenforschung. In this role, he has shaped research agendas at the intersection of chemistry, sustainability, and scientific creativity. His contributions have been recognized with numerous honors, including Germany’s most prestigious research award, reflecting both scientific excellence and long-term influence.

From Discovery to Insight on Innovation

As keynote speaker, Benjamin List brings audiences inside the process of scientific discovery. As part of our Nobel prize speakers, his talks explore how foundational research leads to transformative breakthroughs, why simplicity can outperform complexity, and how sustained curiosity drives innovation over time. He also addresses the role of science in tackling global challenges, from sustainable production to responsible technological progress.

Audiences ranging from scientific institutions and universities to business leaders and policymakers gain a rare perspective from a Nobel laureate who connects fundamental research with broader questions of innovation, resilience, and long-term impact.