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Topic: Science|
Topic: Science|
Topic: Science|
Everything in nature is regulated-from the number of vital molecules found in our bloodstreams to the number of lions living on an African savanna.
What do fish fossils tell us about the human body? Ancient fossils, like the Tiktaalik roseae that Dr. Shubin discovered, illustrate the transitional form between fish and land animals. They teach scientists about how our limbs came into being, among other things.
The Hubble sequence of galaxies resembles a simple classification chart, yet underneath the neatly aligned shapes and colors lie complex and violent histories. Through radio, infrared, UV and optical astronomy, today we can deduce these histories - and the future.
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The genome editing system called CRISPR earned Science magazine's "2015 Breakthrough of the Year." The advent of facile genome engineering using the bacterial RNA-guided CRISPR-Cas9 system in animals and plants is transforming biology.
This is an extraordinary time in human history. While it has been only twenty years since astronomers first discovered planets outside of our solar system, we are already aware of several planets that could have liquid water on their surfaces.
Our solar system formed 4.5 billion years ago in an extremely chaotic environment and has evolved significantly over that time. What we see today is an organized inner solar system with four very different terrestrial planets.
The MESSENGER spacecraft, the first to orbit the planet Mercury, overcame many technical challenges to survive the harsh environment of the inner Solar System.
Dr. Phillips will recount the spectacular growth of astronomical research in this unique land, while also looking ahead to the bright future of scientific discovery that awaits Las Campanas.
Standing strong and silent, plants are all around us, both shaping our world and responding to it. Plants can live for hundreds, if not thousands of years, continuously renewing themselves through active stem cells, yet also avoiding cancer.
The Curiosity rover has been exploring Mars for more than three years, measuring the past and present habitability potential of our nearest planetary neighbor.
Traditionally studies of brain function have focused on task-evoked responses. By their very nature such experiments tacitly encourage a reflexive view of brain function.
Earth's 4.5 billion year history is a complex tale of deterministic physical and chemical processes, as well as "frozen accidents". Most models of life's origins also invoke chance and necessity. Recent research adds two important insights to this discussion.
The financial collapse of 2009 brought with it major changes in the economic, political, as well as media landscape. This talk will explore how these ongoing changes have affected the public's perception of climate change as well as discuss the challenges and opportunities facing the United States...
Modern tomatoes lack the intense flavor of heirloom, grown-in-your-back-yard varieties. What exactly is "tomato flavor"? Where did it go and what can we do about it?
Humans have a longer childhood than any other animal-our children are more vulnerable and dependent than other species' infants. Why is this so? In the last thirty years there has been a revolution in our scientific understanding of infants and young children.
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Marc Kaufman, author of "Mars Up Close: Inside the Curiosity Mission" will provide a mission overview. Carnegie's Andrew Steele will discuss the effort to identify organic material-the building blocks of life- in the desiccated and irradiated Gale Crater. The group will discuss new discoveries.
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About Carnegie Institution for Science

Andrew Carnegie founded the Carnegie Institution of Washington in 1902 as an organization for scientific discovery. His intention was for institution to be home to exceptional individuals—men and women with imagination and extraordinary dedication capable of working at the cutting edge of their fields. Today, Carnegie scientists work in six scientific departments on the West and East Coasts.

Our legal name, the Carnegie Institution of Washington, has led to confusion because four of our departments are outside Washington and because our legal name does not distinguish us from other non-profits created by our donor. As a result, the institution adopted a new look and name in 2007—the Carnegie Institution for Science. The new name closely associates the words “Carnegie” and “science” and thereby reveals our core identity. The institution remains officially and legally the Carnegie Institution of Washington, but now has a public identity that more clearly describes our work. The institution is additionally confused with other, unaffiliated Carnegies listed at this link.

Carnegie investigators are leaders in the fields of plant biology, developmental biology, Earth and planetary sciences, astronomy, and global ecology. They seek answers to questions about the structure of the universe, the formation of our solar system and other planetary systems, the behavior and transformation of matter when subjected to extreme conditions, the origin of life, the function of genes, and the development of organisms from single-celled egg to adult.

The Carnegie Institution for Science is headquartered in Washington, D.C. It is an endowed, independent, nonprofit institution. Significant additional support comes from federal grants and private donations. A board of trustees, consisting of leaders in business, the sciences, education, and public service, oversees Carnegie’s operations. Each of the six departments has its own scientific director who manages day-to-day operations under the leadership of Matthew P. Scott, Carnegie president. In addition to the scientists on staff, there is a constantly changing roster of pre- and postdoctoral fellows and associates, as well as visiting investigators, at each facility. Each of the six departments is independently managed by a director, who is aided by support staff. Carnegie is also involved in education at the lower levels.
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