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Primary Mission
The primary mission of the Center for Environmental Molecular Science (CEMS) - a collaboration of leading
research scientists at Stony Brook University and Brookhaven National Laboratory, with additional members at Penn State
University and Temple University - is to identify the molecular basis for the chemical reactivity and fate of important environmental
contaminants near the Earth's surface. CEMS also promotes outreach and education, including the training of future scientists.
With funding from the National Science Foundation, the U.S. Department of Energy, and Stony Brook University, the Center for
Environmental Molecular Science brings together researchers, educators, and students to provide a better understanding of
the environmental consequences of society's energy- and pollution-intensive activities and to contribute to development of novel
strategies for solving some of these environmental problems.
Read more about the Center for Environmental Molecular Science
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Science and Education Nuggets
The Center for Environmental Molecular Science provides the National Science Foundation and other organizations science and
educational nuggets throughout the year. A "nugget" is a one page overview of a project that can be shown as a slide or a poster. A nugget
is a good way to simply explain to the broader community what we do.
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CEMS Projects
The National Science Foundation, in partnership with the U.S. Department of Energy, has established a
small number of Environmental Molecular Science Institutes whose goals are to examine the molecular basis for environmentally-
relevant processes, both natural and engineered. The Center for Environmental Molecular Science (CEMS) at Stony Brook and
Brookhaven was established in 2002. CEMS researchers specifically focus on two major topics: chemical behavior of contaminant
species, especially the nature of reactants, products, and mechanisms of fundamental processes, and secondly, the design and
function of engineered waste forms that provide effective sequestration and long-term storage of selected contaminants.
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