A gravitational wave detector will be built in Tibet. Free Technical Library News

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Tibet to build gravitational wave detector

19.01.2017

Scientists at the National Astronomical Observatory of China are already developing the first telescope to detect gravitational waves, which will be called Ngari-1. It will be installed 30 kilometers south of the village of Shiquanhe in the Tibetan district of Ngari. The detector will be located at an altitude of 5250 meters above sea level.

After the commissioning of the first telescope, which is scheduled for 2021, it will observe and collect accurate data on gravitational waves in the Earth's Northern Hemisphere. After that, the construction of the Ngari-2 telescope will begin as part of the second phase of the project. The construction budget is estimated by the Chinese at US$19 million.

The main task that the Chinese government has set before scientists is to adapt the world's highest observatories for effective space exploration. The project will also involve employees of the Shanghai Institute of Microsystems and Information Technology, as well as the Institute of High Energy Physics.

The Chinese Academy of Sciences intends to attract external specialists to study gravitational waves, offering them an annual salary of about 153 thousand US dollars. The detection of gravitational waves by the detectors of the LIGO gravitational observatory was one of the major events in the history of science.

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The dura mater, which protects the central nervous system, plays a key role in keeping the brain and spinal cord safe. Cerebrospinal fluid leaks can cause serious problems for patients, and DTA demonstrates outstanding performance compared to existing sealants.

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