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Sponsor: Ahmed Zewail Endowment Fund, established by the Newport Corporation
2023 ACS National Award winners—Part V
Citation: For seminal contributions to the development of the fields of femtochemistry, coherent control, and ultrafast pulse shaping, with applications to problems in chemistry, physics, and biology
Current position: Michigan State University Foundation Professor and University Distinguished Professor
Education: BA and MA, chemistry, Brandeis University; PhD, physical chemistry, California Institute of Technology
Dantus on his proudest career moment: “I will never forget the day when I demonstrated a device that I invented for automatically measuring and compressing laser pulses at the most prominent ultrafast laser company. We were given a short amount of time to set up and complete the demonstration, and they were very impressed with what we showed them. After testing multiple different configurations, they told me what we achieved in 15 min was unmatched. This resulted in a fruitful partnership.”
What Dantus’s colleagues say: “Marcos has been a pioneer in the field of ultrafast science since his time as a graduate student with Ahmed Zewail, where he was part of a core group of students that helped create femtochemistry. It is no exaggeration to say that you can draw a straight line from current efforts in the field of ultrafast science to the work Marcos initiated from the earliest days of his scientific career.”—Jim McCusker, Michigan State University
Sponsor: Avantor
Citation: For the elucidation of the unusual radical-polar crossover mechanism of ethylene production by the iron- and 2-oxoglutarate-dependent ethylene-forming enzyme
What Copeland’s colleagues say: “The novel chemistry of ethylene production described so beautifully in Rachelle’s thesis will be of interest to environmentalists, biologists, and chemists and make her an outstanding choice for this award.”—JoAnne Stubbe, Massachusetts Institute of Technology
Current position: Scientist, Codexis
Education: BA, chemistry, Wesleyan University; PhD, chemistry, Pennsylvania State University
Copeland on her most memorable project: “Undoubtedly the project for which I have been granted this award: uncovering the mechanism of the iron- and 2-oxoglutarate-dependent ethylene-forming enzyme. At the outset of the project, it was clear that the mechanism requires chemical steps that deviate from the Fe/2-oxoglutarate oxygenase paradigm. Designing and analyzing experiments that helped to elucidate those steps was a long but rewarding process.”
Current position: Russell and Mildred Marker Professor of Natural Products Chemistry, Pennsylvania State University
Education: BS, chemistry, Pennsylvania State University; PhD, chemistry, Massachusetts Institute of Technology
Bollinger on this award: “Rachelle Copeland is a brilliant young scientist who took charge of this very hard project and carried our team on her shoulders to some remarkable insights.”
Current position: Professor of chemistry, biochemistry, and molecular biology, Pennsylvania State University
Education: BS, Diploma, and PhD, chemistry, University of Bochum
Krebs on the most rewarding part of his job: “I enjoy being part of a team of colleagues with mutual research interests and different, complementary expertise to study interdisciplinary projects. Providing such an environment allows mentees to be trained in multiple research areas. It is gratifying to see when competent students and postdocs avail themselves of this opportunity, become more broadly trained than their advisers, and succeed in their independent careers.”
Sponsor: ACS Northeastern Section
Citation: For fundamental investigations of complex organic reaction mechanisms in practical organic synthesis and breakthrough studies of the emergence of biological homochirality
Current position: John C. Martin Endowed Chair in Chemistry, Scripps Research California
Education: BS and MS, chemical engineering, University of Pittsburgh; PhD, chemical engineering, Carnegie Mellon University
What Blackmond’s colleagues say: “Donna’s contributions to catalysis and mechanism have broken down historical barriers between chemistry and chemical engineering. She has applied chemical kinetics to solve a number of practical synthetic problems, and—in a way I have never seen before—she has applied chemical engineering principles to solve problems in organic reaction mechanism in both academia and industry.”—Julius Rebek, Scripps Research California
Sponsor: George A. Olah Award Endowment
Citation: For outstanding work in the elucidation of mechanisms of catalytic reactions and for discovering transition-metal phosphides as catalysts for hydrocarbon conversion
Current position: Professor emeritus, University of Tokyo
Education: BS, chemistry, Yale University; MS and PhD, chemical engineering, Stanford University
Oyama on who inspired him to become a scientist: “It was my high school chemistry and math teacher, Fred Bushnell. He really excelled in the teaching of the key components. That laid the foundations for me, and the math helped me in many ways, like understanding difficult kinetic rate expressions. Fred was also broad in his knowledge. In his exams, he always had five extra-credit questions about literature, geography, history, art, and music. I use this in my own exams.”
What Oyama’s colleagues say: “Ted’s research has greatly advanced the understanding and practice of catalytic processing applied to hydrocarbon and petroleum conversion. Most recently, he developed a new catalytic system for the selective oxidation of methane and other hydrocarbons with oxygen. This had been a holy grail in the field for over a century.”—Ive Hermans, University of Wisconsin–Madison
Sponsor: Francis P. Garvan–John M. Olin Medal Endowment
Citation: For scholarly achievements in the molecular characterization of interfaces, mentorship of many students and faculty, and extraordinary service to the chemistry community
Current position: Regents Professor, John and Helen Schaefer Professor of Chemistry, University of Arizona
Education: BS, chemistry, and BA, biology, University of Delaware; PhD, chemistry, University of North Carolina at Chapel Hill
Pemberton on who inspired her to become a scientist: “My path into science was anything but linear or intentional—it was a discovery process. I was not a science fair kid growing up. I was a rather spirited kid with boundless energy and other interests that prevented me from fully focusing on my schoolwork. A series of accidental encounters with key teachers and mentors at just the right times, people who stretched my intellectual engagement in just the right way to pique my interest, eventually helped me to discover my passion for science.”
What Pemberton’s colleagues say: “Jeanne is an outstanding analytical chemist who is a respected leader in the chemistry community and the fields of spectroscopy and surface science. She is also widely respected for her incredible contributions to ensuring the strength of the scientific enterprise in this country.”—Geraldine Richmond, Undersecretary for Science and Innovation, Department of Energy
Sponsor: ACS
Citation: For career-long public service in the use of science in state, national, and international environmental policy development and implementation
Current position: Adjunct professor of chemistry, Indiana University Bloomington
Education: BA, chemistry and physics, DePauw University; MS, organic chemistry, Tulane University; PhD, organic chemistry, Indiana University Bloomington
Carroll on his proudest career moment: “Being elected ACS president was truly the honor of a lifetime.”
What Carroll’s colleagues say: “Because of his career-long dedication to development and implementation of sound environmental policy, as well as his manifold volunteer contributions to our ACS, I can think of no more worthy candidate for this award than Bill.”—Bruce Bursten, Worcester Polytechnic Institute
Sponsor: ACS Division of Nuclear Chemistry and Technology
Citation: For seminal work on radiochemistry and for the translation of novel radiopharmaceuticals for both the diagnosis and targeted radioligand therapy of cancer
Current position: Professor and Emily Tow Chair in Oncology, Memorial Sloan Kettering Cancer Center
Education: BSc and MSc, chemistry, University of Essex; PhD, biochemistry, University of Kent
Lewis on who inspired him to become a scientist: “Sir Patrick Moore, an amateur astronomer who had a British TV show. When I was a child and watching the show, he said (after the launch of the first space shuttle) that anyone with a science degree could go to space by 2000. He was wrong—but got me inspired anyway.”
What Lewis’s colleagues say: “Jason is a world-leading, visionary radiochemist of international acclaim. His cancer research has far-reaching implications for the study and practice of oncology, and its impact can only be expected to grow.”—Hedvig Hricak, Memorial Sloan Kettering Cancer Center
Sponsor: Gabor A. and Judith K. Somorjai Endowment Fund
Citation: For the discovery of a new field of catalysis, termed plasmonic catalysis, and for the successful design of novel catalysts based on this discovery
Current position: Martin Lewis Perl Collegiate Professor of Chemical Engineering, University of Michigan
Education: BS, physics, chemistry, and mathematics, West Chester University; MS and PhD, chemical engineering, University of Delaware
Linic on what he hopes to accomplish in the next decade: “To inspire many young students to contribute to solving problems related to energy and the environment.”
What Linic’s colleagues say: “Suljo is a brilliant chemical engineer with an exceptional track record of significant impact. He has rapidly emerged as a prominent leader in the field and a most influential catalysis researcher who fully demonstrates remarkable creativity, insight, and rigor.”—Ralph T. Yang, University of Michigan
Sponsor: ACS
Citation: For consistently providing outstanding written and audiovisual journalism, and for significantly enhancing our fellow citizens’ understanding of chemistry, chemical engineering, and materials science
Current position: Senior correspondent, Chemical & Engineering News
Education: BS, chemistry, Cleveland State University; MS, chemistry, and PhD, physical chemistry, Northwestern University
Jacoby on the most rewarding part of his job: “I am always learning new, fascinating, and interesting science—and talking and working with incredibly smart people. That’s the biggest perk of being a science reporter. This job never gets old.”
What Jacoby’s colleagues say: “After 45 C&EN cover pieces, nine Priestley Award profile stories, one book, and over 500 articles, it is evident that Mitch genuinely enjoys the weekly communication of science. Science is his passion, and it radiates from each interview and piece he contributes.”—Tobin J. Marks, Northwestern University
Sponsor: Henry H. Storch Endowment
Citation: For outstanding accomplishments in the development of new energy materials, particularly nanostructured and nanoporous materials for energy storage and harvesting
Current position: Distinguished Professor of Chemistry and Biochemistry, and of Materials Science and Engineering, University of California, Los Angeles
Education: BS, chemistry, Yale University; PhD, chemistry, University of California, Berkeley
Tolbert on who inspired her to become a scientist: “My father, Bert Tolbert. He was a renaissance man who worked on the Manhattan Project before becoming a biochemist, and thought deeply about fields ranging from engineering to agriculture. He passed away last year at the age of 100, and he continues to inspire me to question how anything and everything works, and not to worry about disciplinary boundaries.”
What Tolbert’s colleagues say: “Sarah is a consummately talented and creative experimentalist with a singularly deep and broad command and vision of materials for energy applications. Her work is revolutionizing design and function of materials by building nanoscale structures that combine synthesis and characterization approaches from the worlds of soft and hard matter.”—Richard B. Kaner, University of California, Los Angeles
Sponsor: ACS Division of Physical Chemistry
Citation: For pioneering the field of 2D femtosecond spectroscopy and applying this technique to the analysis of nonadiabatic dynamics within molecules involved in energy transfer and photosynthesis
Current position: Professor, chemistry and biochemistry, University of Colorado Boulder
Education: BS, chemistry, and AB, mathematics, University of California, Berkeley; PhD, chemistry, Massachusetts Institute of Technology
What Jonas’s colleagues say: “David has been a leading pioneer in the new and rapidly developing field of coherent 2D electronic spectroscopy and had made brilliant applications of this technique that extend ideas from nuclear magnetic resonance to the visible regime.”—Shaul Mukamel, University of California, Irvine
Sponsor: Phi Lambda Upsilon, the National Chemistry Honor Society
Citation: For pioneering advances in photoenzymatic catalysis and significantly expanding the repertoire of biocatalysis by using light to catalyze carbon-carbon bond-forming processes
2023 ACS National Award winners—Part V
Current position: Associate professor, Cornell University
Education: BS, chemistry, University of Minnesota; PhD, organic chemistry, Colorado State University
Hyster on the most rewarding part of his job: “I enjoy talking with my students and postdocs about chemistry. These conversations are what drive the chemistry forward. Over time, I get to see my coworkers grow as scientists and people, which is fun and rewarding.”
What Hyster’s colleagues say: “I view Todd as a rising star in the emerging area of novel enzymatic catalyst design with broad applications in organic synthesis. He offers exceptionally creative strategies to harness the exquisite selectivity imparted by enzymes to new reaction classes that are not necessarily of biologic origin. I am excited to see a young investigator take the less traveled path and open up a new direction in the field.”—Matthew S. Sigman, University of Utah
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