A telescope that will be installed at the Sedgwick Reserve, the University of California-controlled acreage at the end of Brinkerhoff Avenue in Santa Ynez, will be part of an effort to use astronomy to discover whether there is life elsewhere in the universe.

The Goleta-based Las Cumbres Observatory Global Telescope Network, a privately funded science research company, built the teles

The Goleta-based Las Cumbres Observatory Global Telescope Network, a privately funded science research company, built the telescope and the dome that will be housed at Sedgwick in partnership with University of California, Santa Barbara.

The blackout darkness of the rural Santa Ynez night sky and the distance from the ocean fog were factors in the placement. The 0.8-meter reflecting telescope will operate remotely by computer, so scientists rarely will be on site unless they are testing or installing equipment.

 

The telescope itself, which weighs 3 tons, is expected to be craned into place by the end of the year and should begin operating after several months of commissioning in 2009.

Because the inky-dark sky is so important to successful use of their equipment, the astronomers are hopeful that Santa Ynez will maintain its dimly-lit nights. They have contributed comments to the draft community plan process indicating such.

 

‘Googlestronomy’

The Las Cumbres network, in progress with telescopes around the world, is what president/chief engineer and founder Wayne Rosing calls his “refirement.”

An engineer at Sun Microsystems early in his career, Rosing got the idea to create a network of telescopes, linked by computers, around the world. After his retirement from Google, he decided to actually do it.

Along with making scientific progress, “something we want to do is make a scientific awareness contribution to the Santa Barbara County community,” Rosing said. “A telescope at Sedgwick became the obvious conclusion to it.”

He’s assembled a team of accomplished scientists and recent graduates from astrophysics and engineering programs, including science director Tim Brown.

Brown, working with a graduate student, discovered the first exoplanet — a planet beyond the Solar System — transiting its parent star — named HD209458B — in 2000.

 

“Is there life elsewhere? Are there other planets like earth elsewhere? We hope to at least help answer that question,” Brown said of the observatory’s work. Another question they are working on is what, in addition to the tangible material that makes up just a tiny percentage of the universe, and the dark matter, which makes up about 30 percent, is the rest?

“That’s the strange thing about the cosmos,” Brown said. “We don’t know what 90 percent of it is.”

Transiting planets are among the intergalactic features that may be viewed from the Sedgwick scope. Supernovae, exploding stars that brighten and fade over two to three weeks time, are another and will contribute to the cosmic make-up question.

“We’ve been doing quite a lot of observing from our parking lot (in Goleta), so Sedgwick will be so much better; it’s beyond comparison,” Brown said.

 

UCSB connection

Lars Bildsten, an astrophysicist and member of the Kavli Institute for Theoretical Physics at UCSB, is in charge of training the Sedgwick docents, most of whom are local residents, on how to use the telescope technology for lesson plans.

“The value for outreach, education and science, as a local resource is so important and made me much more aware of the resources at Sedgwick,” Bildsten said.

 

He and Rosing had a long conversation about astronomy one day that ultimately led to the telescope being created at Sedgwick.

Dozens of grade school children, including many from Santa Maria and Lompoc, visit Sedgwick each year as part of nature and science outreach programs. They take hikes, do science experiments and experience the rural environment.

Because they visit during the day, the observatory will set up technology so that the kids can see images from other telescopes around the world — including in South America and South Africa — from the conference room at the Tipton House.

 

Bildsten, who studies supernovae in his research, said the local telescope also may track newly discovered supernovae, which would be useful data for him.

The 5,900-acre Sedgwick property was formerly Rancho La Laguna and was bought by the famous Sedgwick family in 1952. Duke Sedgwick donated more than 5,000 acres of the property to UCSB when he died in 1988.

The Land Trust for Santa Barbara County raised $3.2 million to purchase the remaining portion from the Sedgwick heirs, and it was placed in a conservation easement and became part of the UC Reserve system in 1996.

 

Reach Leah at letling@syvjournal.com.