In 1903, Carnegie Science established the Desert Botanical Laboratory in Tucson, Arizona—a boundary-pushing interdisciplinary facility that was the precursor to the Department of Plant Biology, now ...

When an unsuspecting star wanders too close to a supermassive black hole, the star can be ripped apart by the black hole's immense gravity. As the black hole messily feeds on the star, it produces an ...

There are at least 53 minerals named after Carnegie scientists—some found deep inside the Earth's interior, others exist only at a single location on the whole planet, others hail from elsewhere in ...

Different proteases and peptidases are present within chloroplasts and non-photosynthetic plastids to process precursor proteins and to degrade cleaved chloroplast transit peptides and damaged, ...

In recent decades, life and physical scientists have built and harnessed new tools and concepts that allow us to robustly address seminal scientific questions about the origins of life on Earth, ...

How do we find planets orbiting stars other than our Sun? How do we know what they’re made of, or if they’re Earth-like? Dr. Teske will discuss how exoplanets’ composition is “inherited” from their ...

Like people, each of the billions of galaxies in the universe developed its own unique traits over a complicated lifetime. Until recently, astronomers have only been able to study galaxies closest to ...

From crust to core, experimental petrologists, we decipher the geological history of Earth and other planetary bodies and the processes that lead to surfaces capable of supporting life. Armed with the ...

Finding and evaluating diamond deposits is one of the hardest tasks in mineral resource development. In this talk, we will delve a little into the techniques used to find diamonds and how to evaluate ...