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And after 35 years of fruitless hunting, director of SETI Research Jill Tarter is giving up the quest -- but she’s not giving up hope. After all, life abounds in the strangest places, she told FoxNews.com.
“We find it in boiling battery acid, at the bottom of the ocean where there’s huge pressure, there are microbes that make their living where the sun doesn’t shine -- and they’re quite happy there,” Tarter said. And life out there would tell us a lot about back here.
“Think about it. If we detect a signal, we could learn about THEIR past (because of the time their signal took to reach us) and the possibility of OUR future,” Tarter said.
Read more: www.foxnews.com...
Jill Cornell Tarter (born Jan 16, 1944) is an American astronomer and the current director of the Center for SETI Research, holding the Bernard M. Oliver Chair for SETI at the SETI Institute.[1]
Tarter received her undergraduate education at Cornell University, where she earned a Bachelor of Engineering Physics Degree, and a Master's degree and PhD in astronomy from the University of California at Berkeley.[2]
Tarter has worked on a number of major scientific projects, most relating to the search for extraterrestrial life. As a graduate student, she worked on the radio-search project SERENDIP, and created the corresponding backronym, "Search for Extraterrestrial Radio Emissions from Nearby Developed Intelligent Populations." She was project scientist for NASA's High Resolution Microwave Survey (HRMS) in 1992 and 1993 and subsequently director of Project Phoenix (HRMS reconfigured) under the auspices of the SETI Institute. She was co-creator with Margaret Turnbull of the HabCat in 2002, a principal component of Project Phoenix. Tarter has published dozens of technical papers and lectures extensively both on the search for extraterrestrial intelligence and the need for proper science education. She is credited with coining the term "brown dwarf" for the classification of stars with insufficient mass to sustain hydrogen fusion.[3] She has spent 35 years in the quest for extraterrestrial life.[1]
“For many years working at the SETI Institute I’ve worn two hats: the Bernard Oliver chair, and the Director of the Center for SETI Research,” said Tarter, who was a prototype for the character Ellie Arroway in Carl Sagan’s novel and film “Contact.” “My colleague Dr. Gerry Harp will step into the directorship role to continue our strong tradition of excellent research, freeing me up to focus on finding stable funding for it. I want to make the endowment of SETI research a success, so that my colleagues now, and in the future, can focus on the search for extraterrestrial intelligence for all of us.”
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“Think about it. If we detect a signal, we could learn about THEIR past (because of the time their signal took to reach us) and the possibility of OUR future,” Tarter said.
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Originally posted by Q33323
Biggest reason for SETI failure: Assuming ETs communication means and abilities are by any means similar to our own. A lot of people and institutions have invested time and financial resources into this project, but I knew it would be a dud from the start.
Do we attempt communication with fish? Do they have the ability to listen in on us, or comprehend life above the water-line? No, nein and nyet.
Originally posted by Imtor
SETI is of no help. They may as well shut them down, permanently this time.
Late one night in the summer of 1977, a large radio telescope outside Delaware, Ohio intercepted a radio signal that seemed for a brief time like it might change the course of human history. The telescope was searching the sky on behalf of SETI, the Search for Extraterrestrial Intelligence, and the signal, though it lasted only seventy-two seconds, fit the profile of a message beamed from another world. Despite its potential import, several days went by before Jerry Ehman, a project scientist for SETI, noticed the data. He was flipping through the computer printouts generated by the telescope when he noticed a string of letters within a long sequence of low numbers---ones, twos, threes and fours. The low numbers represent background noise, the low hum of an ordinary signal.