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The Cornell Department of Chemistry and Chemical Biology has a long history of discovery, innovation and scholarship. We are fortunate to count Nobel Prize winners, National Academy Members, MacArthur Fellows and Guggenheim Fellows among our faculty. Teaching thousands of undergraduate and advanced students each year, education is a central focus of our endeavors. Our graduate students and postdoctoral fellows perform cutting-edge research that is supported by many national granting agencies and foundations. We are committed to the advancement and inclusion of all students and aim to foster a diverse environment for science and learning.
As the need to find climate change solutions becomes ever more urgent, Cornell chemists are leading the way with innovative and far-reaching discoveries, including better electric batteries, carbon capture technologies, renewable plastics and improvements in solar cells.
If Trump allies exceed expectations during Nov. 4 elections, despite his disapproval ratings, it will be a sign that Republicans can still benefit from Democrats’ continued unpopularity.
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Researchers used single-molecule super-resolution reaction imaging in the study.
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Newly admitted into the Praxis Center business incubator, Quantera aims to improve scientific sample collection.
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Researchers have uncovered molecules that can preserve crucial cellular processes while blocking malignant proteins, indicating a new approach to fighting cancer.
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Aleesha George, a doctoral candidate in chemistry and chemical biology, studies the optical and electronic properties of organic and hybrid materials under the guidance of Andrew Musser at Cornell.
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The president of the Camille and Henry Dreyfus Foundation will present Abruña with the award in a 4 p.m. ceremony in the Meshri Family Auditorium, Baker Laboratory Room 200 and also livestreamed.
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Members of the cohort of eight scientists and engineers will each receive up to $2.5 million over five years.
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Cornell researchers have uncovered the "three-tailed" fat molecule's surprising role in cellular survival: protecting against damage when oxygen runs out.
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