Carnegie's newest scientific division, Biosphere Sciences & Engineering, is devoted to disrupting the traditional, siloed perspective on research in the life sciences and pursuing an integrated ...

Drawing on more than a century of science, our multidisciplinary department discovers exoplanets, creates new materials, illuminates Earth's inner workings, and seeks to better understand the universe ...

Carnegie Science empowers our investigators to pursue the biggest questions of our time, advancing discoveries that transform our understanding of life, planets, and the broader universe. Our research ...

Founded in 1903, Carnegie's former Desert Laboratory on Tumamoc Hill gave birth to the fields of plant physiology and ecology. Founded in 2002, Carnegie's Department of Global Ecology played a ...

The conversion of light energy into chemical by photosynthesis yields approximately 100 terawatts of power annually: six times the power consumption of human civilization! The best-studied plant ...

From genomes to ecosystems and from planets to the cosmos, Carnegie Science is an incubator for cutting-edge, interdisciplinary research that is expanding our knowledge of all that is around us. On a ...

Climate change is the greatest challenge facing humanity today. In order to motivate timely strategies for prevention and mitigation, it is crucially important that the scientific community develops a ...

Dr. Kyle Kremer, Dr. Jane Rigby, Dr. Abigail Polin, and Dr. Ethan Nadler ...

Fred Lipschultz will present his lecture in the Greenewalt Lecture Hall at Carnegie's Broad Branch Road Campus. Coffee, tea, and a light breakfast will be served before the lecture, at 10:30 a.m.