University of Washington Astrobiology Program

UW Astrobiology & The NASA Astrobiology Institute present:

Finding Alien Life:

On Earth, on Mars, and throughout the Cosmos


Dr. Steven Benner

Director, Foundation for Applied Molecular Evolution &
The Westheimer Institute for Science and Technology, Gainesville FL

May 22nd, 7:00pm*  -  120 Kane Hall

How do we define “life”? This fundamental question has remained largely philosophical, because it has been asked for so long, by so many, and with so few concrete conclusions. In this talk, Dr. Benner will take a different tack. He will show how laboratory studies to create a second example of life help us develop a firmer scientific understanding of what life is. The challenge of "synthetic biology" is on! Dr. Benner will discuss how we are hitchhiking on rockets, rovers, and telescopes to find life elsewhere in the Solar System, and will describe how his research team is working to develop that second example of life in laboratories here on Earth, one step at a time.

This event is FREE and open to the public! However, pre-registration is required to guarantee seating.
To reserve your spot, click here.

*Doors open at 6:30pm.

About Dr. Benner:

Jonathan Fortney Dr. Steven Benner is Director of The Westheimer Institute of Science and Technology and the Foundation for Applied Molecular Evolution in Gainesville, Florida. In the past, he held a distinguished faculty position at the University of Florida, and he has also worked at Harvard University and the Swiss Federal Institute of Technology in Zurich. Dr. Benner's research seeks knowledge about the ancient origin of life, and looks for the essential, universal features of life by studying from four different directions: by developing tests for life on other planets (with the NASA Astrobiology Institute), by using Paleogenetics to resurrect and study ancient proteins that may have belonged to long-extinct ancestors, by recreating prebiotic chemistry to explain the chemical origin of life, and by synthesizing an artificially expanded genetic alphabet that has led to a revolution in our understanding of the structure of DNA.

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