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The complexity of life makes it difficult to study. In biochemistry, there are often just too many processes and reactions taking place in a cell for humans to wrap their heads around. What helps biochemists make sense of it all?  Cue computational biology and biochemistry.

Electricity Systems, Materials

| David Tenenbaum

A University of Wisconsin–Madison spinoff won the grand prize and three others won top awards in their categories in the 15th annual Governor’s Business Plan Contest on Wednesday.

Electricity Systems, Electricity Distribution, Microgrids, Solar, Energy & Society, Economics, Spinoffs

| Kai Brito

When we think about the health impacts of air pollution, it’s important to know which pollutants are in the air we breathe. Fortunately, the U.S. has a large network of air monitoring instruments designed to measure this “nose-level” pollution, from ozone to particulates. In fact, the U.S.

Energy & Society, Environmental Studies

| Kaine Korzekwa and Sarah Perdue

Energy & Society, Science Communication

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Seventeen  innovative projects ranging from personalizing diabetes prevention and treatment, to transforming wood into a renewable electronic material, to improving outcomes for incarcerated parents and their children, to fusion energy research that integrates optimized plasma confinement,&n

Biofuels & Bioproducts, Plant Deconstruction, Plant Genetics & Breeding, Materials, Energy & Society, Science Communication, Water, Modeling