Sputnik

The Nancy Grace Roman Telescope: A Revolutionary Tool for Observing Wandering Planets and Distant Galaxies

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The Nancy Grace Roman Telescope: A Revolutionary Tool for Observing Wandering Planets and Distant Galaxies

The Nancy Grace Roman Telescope (Roman Telescope), which is being developed by NASA at a cost of 3.2 billion dollars (approximately 4.2 trillion won), drew attention to the observation of wandering planets four years before its launch. NASA said on its official SNS on the 4th that the development of the Roman Telescope is going … Read more

New Findings Reveal Mass Bias in Merging Black Holes Detected by Gravitational Waves

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New Findings Reveal Mass Bias in Merging Black Holes Detected by Gravitational Waves

Two black holes merging into one are attracting attention as research results show that there is a distinct bias in their mass. This claim was made in the process of observing gravitational waves. The German Heidelberg Institute for Theory (HITS) recently announced that there is a universal frequency in the gravitational waves generated when two … Read more

Discovery of a Triple Protostar with Vortex Arms of Gas: Observations by a Radio Telescope

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Discovery of a Triple Protostar with Vortex Arms of Gas: Observations by a Radio Telescope

A triple protostar (protostar) that grows while vigorously inhaling a huge gas band like the vortex arms of a galaxy was captured by a radio telescope. The European Southern Astronomical Observatory (ESO), which operates ALMA, a large-scale radio telescope in the Chilean Atacama Desert, announced on its official channel on the 4th that the triple … Read more

Communication with NASA’s Voyager 2 Probe Cut Off due to Erroneous Command

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Communication with NASA’s Voyager 2 Probe Cut Off due to Erroneous Command

Communication with Voyager 2, NASA’s planetary probe, which has been on a mission for about 50 years, has been cut off. NASA announced on the 28th through its official channel that all communication with Voyager 2, which is currently flying in interstellar space about 19.9 billion km away from Earth, has been suspended. Communications recovery … Read more

Uncovering the Mystery of a Giant Axe from the Ice Age: Was it for Practical Use or Display?

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Uncovering the Mystery of a Giant Axe from the Ice Age: Was it for Practical Use or Display?

A giant ax has been found in the remains of an ice age in Europe from 300,000 years ago. As it is not practical due to its considerable size, the possibility that it was used for external display was raised. An archeology research team at University College London (UCL) in the UK reported on the … Read more

The Parker Solar Probe Comes Closest to the Sun, Making History

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The Parker Solar Probe Comes Closest to the Sun, Making History

The most advanced solar probe in existence, the Parker Solar Probe, has come closest to the sun. The Parker probe made history by reaching about 94% of the distance between the Earth and the Sun. The National Aeronautics and Space Administration (NASA) announced on its official SNS on the 9th that the ‘Parker Solar Probe’ … Read more

ESA’s ‘PROBA-3’ Mission: Small Satellites to Closely Observe Solar Activity

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ESA’s ‘PROBA-3’ Mission: Small Satellites to Closely Observe Solar Activity

With the recent observation of a supermassive prominence that is over 100 times the size of the sun, attention has been focused on the latest solar observation satellite to be launched next year. Coronas, huge explosions on the surface of celestial bodies such as the Sun, and the resulting prominences, can create powerful stellar winds … Read more

Can the Roman Space Telescope uncover the universe’s composition secrets?

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Can the Roman Space Telescope uncover the universe’s composition secrets?

As the next-generation space telescope ‘Roman’ made by mankind was scheduled for launch in about four years, attention was focused on its outstanding performance. On the 8th, the National Aeronautics and Space Administration (NASA) unveiled the space exploration method and amazing specifications of the Roman Space Telescope, which is scheduled to be launched in May … Read more

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The massive black hole utilizes gravitational lensing to capture 32.7 billion times the sun’s energy. The gravitational pull of a monstrous black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Through gravitational lensing, a colossal black hole ensnares 32.7 billion times the sun’s energy. The enormous black hole’s utilization of gravitational lensing allows for the absorption of 32.7 billion times the sun’s energy. The gravitational lensing effects of a massive black hole result in the capture of 32.7 billion times the energy of the sun. A black hole of epic proportions captures 32.7 billion times the energy of the sun through the use of gravitational lensing. Gravitational lensing from a mammoth black hole allows for the capture of 32.7 billion times the energy of the sun. Through the phenomenon of gravitational lensing, a colossal black hole captures 32.7 billion times the energy of the sun. The immense gravitational pull of a black hole enables the lensing effect, leading to the capture of 32.7 billion times the sun’s energy. A black hole of monumental proportions utilizes gravitational lensing to capture 32.7 billion times the sun’s energy. Through the process of gravitational lensing, a huge black hole captures 32.7 billion times the energy of the sun. The gravitational pull of a gigantic black hole allows for the capture of 32.7 billion times the energy of the sun through lensing. Massive gravitational lensing enables a black hole to capture 32.7 billion times the energy of the sun. A colossal black hole utilizes the phenomenon of gravitational lensing to capture 32.7 billion times the energy of the sun. 32.7 billion times the sun’s energy is captured by a black hole through the use of gravitational lensing. A massive black hole employs gravitational lensing to ensnare 32.7 billion times the energy of the sun. The vast gravitational pull of a black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Through gravitational lensing, a black hole of immense proportions captures 32.7 billion times the energy of the sun. The phenomenon of gravitational lensing enables a monstrous black hole to capture 32.7 billion times the energy of the sun. A gigantic black hole employs gravitational lensing to capture 32.7 billion times the energy of the sun. 32.7 billion times the sun’s energy is captured by a black hole through the lensing effect. A black hole of astronomical proportions captures 32.7 billion times the energy of the sun through gravitational lensing. Through the use of gravitational lensing, a black hole of epic size captures 32.7 billion times the sun’s energy. The gravitational pull of a colossal black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Gravitational lensing allows for a black hole of massive dimensions to capture 32.7 billion times the sun’s energy. A black hole of immense size employs gravitational lensing to capture 32.7 billion times the energy of the sun. Through the use of gravitational lensing, a massive black hole captures 32.7 billion times the energy of the sun. The vast gravitational pull of a mammoth black hole allows for the capture of 32.7 billion times the energy of the sun through lensing. A black hole of colossal proportions uses gravitational lensing to capture 32.7 billion times the energy of the sun. Through gravitational lensing, a black hole of tremendous magnitude captures 32.7 billion times the energy of the sun. Gravitational lensing enables a black hole of epic scale to capture 32.7 billion times the sun’s energy. A black hole of gigantic dimensions utilizes gravitational lensing to capture 32.7 billion times the energy of the sun. The immense gravitational pull of a giant black hole results in the capture of 32.7 billion times the energy of the sun through lensing. Through the use of gravitational lensing, a monumental black hole captures 32.7 billion times the energy of the sun.

The most massive black hole ever observed with a mass of 32.7 billion times that of the sun has been observed by gravitational lensing. A research team at Durham University in England announced on the 1st that an ultramassive black hole was identified for the first time in outer space about 2.7 billion light years … Read more

Ancient bison active 9,000 years ago cloned in Russia.

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Ancient bison active 9,000 years ago cloned in Russia.

Scientists clone well-preserved ancient bison found in permafrost. Russian North-Eastern Federal University (NEFU) recently announced through official channels that it plans to clone an extinct ancient bison believed to have been active about 8,000 to 9,000 years ago. The bison specimen was discovered last year in Russia’s Verkhoyansk region, which is said to be the … Read more