Allen Telescope Array

E17466

The Allen Telescope Array is a large, multi-dish radio telescope facility in California designed primarily for simultaneous radio astronomy and the search for extraterrestrial intelligence.


Statements (49)
Predicate Object
instanceOf SETI instrument
radio observatory
radio telescope array
affiliation SETI Institute research programs
UC Berkeley astronomy research
alsoKnownAs ATA
collaborator Radio Astronomy Laboratory at UC Berkeley
constructionStartDate 2004
continent North America
country United States of America
designedFor simultaneous radio astronomy and SETI observations
designers SETI Institute
University of California, Berkeley
designPhilosophy large number of small dishes
dishDiameter 6.1 meters
environment radio-quiet rural site in northern California
frequencyRange approximately 0.5 to 11.2 GHz
fundedBy Paul G. Allen
SETI Institute
University of California, Berkeley
hasCapability continuous sky monitoring for narrowband signals
simultaneous multi-beam observations
hasComponent array of offset Gregorian antennas
central correlator
digital signal processing back-end
inaugurationDate 2007
locatedAtAltitude approximately 1000 meters
locatedIn Hat Creek Radio Observatory
Lassen County, California
namedAfter Paul G. Allen
namedForRole major philanthropic contribution by Paul G. Allen
notableFor first radio telescope built specifically for large-scale SETI and radio astronomy in parallel
numberOfAntennasInitial 42
numberOfAntennasPlanned 350
operator SETI Institute
University of California, Berkeley
partOf Hat Creek Radio Observatory complex
primaryUse radio astronomy
search for extraterrestrial intelligence
scientificGoal detection of extraterrestrial technological signals
mapping of neutral hydrogen in the Milky Way
monitoring of known exoplanet systems
study of transient radio sources
survey of radio emission from galaxies
state California
telescopeType aperture synthesis array
interferometric array
usesTechnique interferometry
wide-field imaging

Referenced by (4)

Please wait…