FAST telescope IDs 132 pulsar candidates

 

Located in a naturally deep and round karst depression in Pingtang county, Guizhou province, FAST is both mysterious and beautiful. (Photo by Yuan Weisheng/for chinadaily.com.cn)

 

The 500-meter Aperture Spherical Telescope, or FAST, China's mega science project and the world's largest single-dish radio observatory, has detected hundreds of pulsar candidates, of which 132 have been certified, People's Daily reported on August 5.

 
Located in Pingtang county, Guizhou province, FAST, which took 22 years to build, was completed in September 2016 and started making regular observations in January this year.

 


FAST, photographed at night, has an eerie quality. (Photo by Ceng Longwu/for chinadaily.com.cn)

 

In April, FAST discovered a new fast radio burst, or FRB, mysterious signals believed to be from the distant universe. FRBs are the brightest bursts known in the universe, the report said. They are called fast because the blips are of very short duration, only several milliseconds. There is no scientific explanation for their origin as yet.
The radio bursts come from the depths of the universe and originated 8.5 billion years ago, experts said.

 

 

The 500-meter Aperture Spherical Telescope, or FAST, in Pingtang county, Guizhou province, is the world’s largest radio telescope. (Photo by Yang Qingliang/for chinadaily.com.cn)

 

In May, FAST announced the results of test observations used in searching for extraterrestrial intelligence.


Che Weiwei in Guiyang contributed to this story.(China Daily)

Related accessories
Related documents
FAST telescope IDs 132 pulsar candidates
Scientists expect astronomical breakthroughs with FAST
A Journey to FAST: The Eye of Heaven
World's largest radio telescope starts formal operation
FAST scope to search for planets like Earth
China Sky Eye, the world’s largest single-dish radio telescope, is now fully operational
The First FAST detection of neutral hydrogen emission from extragalactic galaxies
China's FAST telescope detects extragalactic neutral hydrogen for dark matter study
FAST Discovery of an Eclipsing Binary Millisecond Pulsar in Globular Cluster M92
China's FAST telescope will be available to foreign scientists
The First FAST detection of neutral hydrogen emission from extragalactic galaxies
FAST Reveals Mystery of Fast Radio Bursts from the Universe
World's largest radio telescope starts formal operation
World’s most sensitive radio telescope concludes 15-month listening session, accepting international proposals
The First FAST detection of neutral hydrogen emission from extragalactic galaxies
FAST Reveals Mystery of Fast Radio Bursts from the Universe
The First FAST detection of neutral hydrogen emission from extragalactic galaxies
FAST Reveals Mystery of Fast Radio Bursts from the Universe
China Sky Eye, the world’s largest single-dish radio telescope, is now fully operational
China's FAST telescope will be available to foreign scientists
China's FAST telescope to officially open to global astronomers
China Sky Eye, the world’s largest single-dish radio telescope, is now fully operational
FAST Discovery of an Eclipsing Binary Millisecond Pulsar in Globular Cluster M92
FAST scope to search for planets like Earth
China's FAST telescope detects extragalactic neutral hydrogen for dark matter study
Staff carry out regular maintenance operation to FAST in Guizhou
World’s most sensitive radio telescope concludes 15-month listening session, accepting international proposals
A Journey to FAST: The Eye of Heaven
Scientists expect astronomical breakthroughs with FAST
China's FAST telescope identifies over 300 pulsars
China's FAST telescope officially opens to world
China's "eye of heaven" to open the eye of the world
World’s most sensitive radio telescope concludes 15-month listening session, accepting international proposals
FAST Reveals Mystery of Fast Radio Bursts from the Universe
Hunting for dark galaxies with FAST
FAST Helps Reveal the Origin of Fast Radio Bursts
FAST Helps Reveal the Origin of Fast Radio Bursts
FAST Helps Reveal the Origin of Fast Radio Bursts
FAST Helps Reveal the Origin of Fast Radio Bursts
FAST Detects Multiple Bursts from FRB 121102
A Tribute to Arecibo
FAST Detects Multiple Bursts from FRB 121102
A Tribute to Arecibo
Scientists Find Key Evidence for Existence of Nanohertz Gravitational Waves
Scientists use FAST to Discover a New population of ‘Dwarf’ Pulses
FAST Discovers Two Long-Period Pulsars in the Globular Cluster M15
Over A Thousand Cosmic Explosions in 47 days Detected by FAST
The First IPS phenomenon unveiled by FAST
Chinese scientists use gigantic telescope to study solar wind
Copyright © National Astronomical Observatories, Chinese Academy of Sciences
Address: 20A Datun Road, Chaoyang District, Beijing, China code: 100012
Tel: 010-64888708 E-mail: naoc@nao.cas.cn