American Physical Society Elected Stéphane Kenmoe as Fellow
The honor recognizes contributions to computational materials research and dedication to physics education.
Updated on Oct. 13, 2026 in Materials Science
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The American Physical Society has elected physicist Stéphane Kenmoe as a Fellow. This status is granted to a limited number of researchers annually.
Why it matters
The recognition highlights the importance of integrating advanced computational modeling with outreach efforts to foster the next generation of materials scientists.
The American Physical Society limits its new Fellow elections to 0.5 percent of members annually. The research group led by Kenmoe investigates metal oxides as alternatives to expensive catalyst materials, using simulations to observe water molecule interactions at the atomic scale.
The players
Stéphane Kenmoe
A physicist at the University of Duisburg-Essen specializing in computational materials research and catalyst development.
American Physical Society
A professional organization that supports the physics community through research, journals, and advocacy.
The details
Stéphane Kenmoe leads the Condensed Matter Chemistry and Physics research group at the University of Duisburg-Essen. His work utilizes computer simulations to model the behavior of water molecules at the level of individual atoms. By studying metal oxides, the team seeks to identify cost-effective replacements for expensive materials currently required in industrial catalysis processes.
Timeline
2018: Stéphane Kenmoe founded the training program CASESMA.
October 2026: The American Physical Society elected Stéphane Kenmoe as Fellow.
The Tech Race
This election follows the historical precedent of the American Physical Society's Fellowship program, which serves as a benchmark for excellence in the field. The recognition reflects a broader trend of scientific institutions valuing researchers who bridge the gap between high-level computation and accessible education.
The CASESMA training program founded by Kenmoe continues to operate, having supported more than 400 researchers since 2018. The research into metal oxides remains a long-term effort to reduce the cost of catalytic materials in industrial manufacturing.
The takeaway
The election marks a milestone in computational materials science that emphasizes the role of public outreach in professional physics. Watch for upcoming publications from the Condensed Matter Chemistry and Physics group regarding their metal oxide catalyst simulations.
Further reading
For broader trends in research, visit our coverage of Materials Science.
Source note: This article includes information reported by Informationdienst Wissenschaft e.V. - idw.
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