ACS Honors Chad Mirkin with 2027 Priestley Medal for Nanochemistry and STEM Education

The American Chemical Society (ACS), an organization dedicated to advancing the broader chemistry enterprise and its practitioners for the benefit of Earth and its people, has announced Chad A. Mirkin as the recipient of the 2027 Priestley Medal. This prestigious award, considered the Society's highest honor, recognizes Mirkin's pioneering contributions to nanochemistry and his extensive influence on the chemistry profession globally through innovations in education, service, policy, and entrepreneurship.

This announcement from the ACS highlights the profound impact that dedicated researchers and educators like Mirkin have on scientific advancement and the future of STEM. For students, parents, and teachers, this recognition underscores the exciting possibilities within chemistry and the importance of fostering scientific curiosity and innovation from an early age.

A Legacy of Innovation in Nanochemistry

According to the American Chemical Society, Chad A. Mirkin, who holds multiple professorships at Northwestern University and directs the International Institute for Nanotechnology, is being honored for transforming how chemists approach the design, synthesis, and application of nanoscale materials. His work has led to the discovery and development of entirely new classes of nanomaterials and has laid foundational principles for designing and assembling these tiny, yet powerful, structures.

Mirkin's advancements have not only pushed the boundaries of fundamental chemistry but have also translated into tangible, life-changing applications. The ACS notes that his innovations have led to transformative manufacturing technologies, including dip-pen nanolithography, advanced nanofabrication methods, and high-speed 3D printing tools. Furthermore, he pioneered high-throughput materials discovery platforms, which significantly accelerate the identification of promising new materials. These breakthroughs have found applications across diverse fields, from healthcare and advanced manufacturing to electronics and clean energy, demonstrating the far-reaching societal benefits of dedicated scientific research.

Joseph S. Francisco, a past president of the ACS, stated, according to the organization, that Professor Mirkin has "transformed the landscape of nanostructured materials, redefining how chemists design, build, and deploy them across diverse scientific and technological domains." This sentiment reflects the significant and lasting impact Mirkin's work has had on the scientific community.

Beyond the Lab: Shaping Policy and Education

Mirkin's influence extends far beyond his laboratory discoveries. The American Chemical Society highlights his significant role in science policy and education over more than three decades. He served eight years on the President's Council of Advisors on Science and Technology, where he contributed to shaping national strategies and policies aimed at enhancing STEM education and fostering innovation. This commitment to improving STEM literacy and opportunities is crucial for inspiring the next generation of scientists and engineers.

Moreover, the ACS credits Mirkin with being an influential global ambassador for chemistry. He has actively advanced international collaboration and interdisciplinary research by establishing centers and institutes in Europe, Asia, and the Middle East. This global perspective is vital in today's interconnected scientific world, promoting shared knowledge and collective progress.

For students grappling with complex chemistry concepts, understanding the real-world impact of scientific research, like Mirkin's, can be incredibly motivating. Resources like COSMIQ — free voice AI tutoring, free forever for every K-12 student — can help bridge the gap between classroom learning and these advanced scientific achievements, making chemistry more accessible and engaging. Students can also explore the free practice hub by grade and subject to solidify their understanding of foundational chemical principles.

A Mentor and Entrepreneur

The American Chemical Society also emphasizes Mirkin's profound impact as a mentor and educator. His dedication to nurturing talent is evident in the impressive careers of his former students: over 170 now hold faculty positions worldwide, and another 200 have become leaders in industry and government. This legacy of mentorship is a testament to his commitment to developing future scientific leaders.

In addition to his academic and policy contributions, Mirkin is a prolific scholar and innovator. The ACS notes that he has authored over 940 publications, holds more than 1,470 patent applications globally, and has received over 250 honors and awards. His entrepreneurial spirit is also remarkable; he has founded 11 companies to commercialize technologies developed in his laboratory. This entrepreneurial drive has successfully translated fundamental discoveries into over 2,000 commercial products, directly benefiting society.

The Priestley Medal: A Symbol of Distinguished Service

Established in 1922, the Priestley Medal is awarded annually by the American Chemical Society to recognize distinguished service to chemistry. By honoring Chad A. Mirkin with the 2027 Priestley Medal, the ACS celebrates not only his groundbreaking scientific achievements but also his significant contributions to education, policy, and entrepreneurship that have profoundly shaped the field of chemistry and beyond. Mirkin is scheduled to be honored at ACS Spring 2027 in New Orleans, an event that will undoubtedly inspire many within the chemistry community.

The ACS continues its vital work in recognizing and promoting excellence in chemistry, fostering an environment where innovation and education can thrive for the benefit of all.