Russian System of Robotic Telescopes Detects Distortions in Space-Time Continuum
Photo: Youtube/Dmitry SkvorcovTech21:07 21.12.2017(updated 21:20 21.12.2017) Get short URL4190
Fifteen years ago, researchers led by Moscow State University Professor Vladimir Lipunov began work on a unique system of robotic telescopes known as the MASTER network. Speaking to Sputnik, Dr. Lipunov explained what makes his system unique, and recalled the excitement he and his team felt over MASTER’s most impressive success to date.
MASTER, the Russian acronym for ‘Mobile Astronomical System of Telescope-Robots’, started its development in 2002, spreading to five Russian cities, South Africa, Argentina and the Canary Islands and beginning its fully autonomous operations in 2011.
Designed specifically to observe gamma-ray bursts and supernovas, MASTER’s robotic systems, according to principal architect Dr. Vladimir Lipunov, “know everything they need to know about the skies.”
“We’ve taught them, loading up the catalogues containing the necessary information,” the astrophysicist explained to Sputnik. “The robot gets an image and immediately compares it with others. In recent years, we have discovered about 1,500 new celestial objects,” he added.
Asked what prompted the search specifically for supernova and gamma-ray burst activity, Lipunov explained that his teacher was Soviet academician Yakov Zeldovich, “one of the fathers of the Soviet nuclear bomb. So my interests, first and foremost, are related to ‘explosive’ space objects,” the academic quipped.
Using the MASTER system, Dr. Lipunov and his team were able to detect new stars, asteroids, comets and supernovas. However, according to the system’s chief designer, probably the system’s greatest success to date occurred on August 17, when an autonomous MASTER telescope in Argentina successfully recorded a collision of neutron stars some 130 million light-years away.
The collision created gravitational waves – distortions in the fabric of space and time so powerful that they could be observed from Earth. The observation became the first time that astronomers were able to observe the creation of gravitational waves via the collision of celestial objects other than black holes.
Dr. Lipunov stressed that the collision of neutron stars, “real dinosaurs of our universe, lasts for just a few dozen seconds, and ends very quickly…Earlier, it was believed that only the collision of black holes could cause gravitational waves. It turns out that the same is true for neutron stars,” the astrophysicist noted.
“We were able to see the area where two neutron stars collided, and this has been recognized as a very important event by our institute,” Lipunov said. In fact, the scientist said, it was appropriate to compare the discovery recorded by the MASTER system on August 17 with something like the invention of electricity, since it has the potential to cause a revolution in astrophysics.
The August 17 collision was witnessed in Galaxy NGC 4993, its signals simultaneously recorded by several telescopes and other terrestrial and space-based observatories, including MASTER. The observation of gravitational waves was the fifth time that scientists were successfully able to observe such distortions in the space-time continuum since 2015. In October 2017, the Nobel Prize in Physics was awarded to astrophysicists Barry Barish, Kip Thorne and Rainer Weiss for their groundbreaking work over the course of over four decades in the detection of gravitational waves. Speaking to Sputnik, Dr. Barish explained that the revolutionary discovery was bound to expand on humanity’s knowledge of space, time and the universe, and offering a new way to look at the latter.