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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

Mystery of an Iron Age comb made from a human skull

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Mystery of an Iron Age comb made from a human skull

An Iron Age comb carved out of a human skull has been unearthed. It is not known why ancient people processed human skulls to make combs. The London Archaeological Museum (MOLA) introduced an Iron Age skull comb found in Barhill, Cambridgeshire, England on its official Twitter account on the 4th. Named the ‘Bahil comb’ after … Read more

A black dot passing by the sun… Fantastic figure of Mercury

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A black dot passing by the sun… Fantastic figure of Mercury

The dramatic motion of Mercury across the front of the Sun was captured. The European Space Agency (ESA) recently released images of the Sun and Mercury captured by the solar probe ‘Solar Orbiter’ through its official website. The video was taken by the EUI (extreme ultraviolet imaging device) mounted on the ‘Solar Orbiter’. Taken precisely … Read more

The importance of exploring the Mars-like Atacama Desert

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The importance of exploring the Mars-like Atacama Desert

In the Atacama Desert, where humans do not reach, the DNA of a creature that has never been identified has been discovered. A multinational research team from Chile, Spain, Japan, and Italy announced on the 21st that 9% of the DNA collected from the Atacama Desert was from unknown organisms in a paper published in … Read more

A terrestrial planet 31 light-years away, the possibility of life

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A terrestrial planet 31 light-years away, the possibility of life

A new exoplanet almost the same size as Earth has been discovered 31 light-years away. So far, few exoplanets of a similar size to Earth have been discovered, and the possibility of extraterrestrial life on the new planet has been raised, drawing attention from the academic community. The Max Planck Institute in Germany introduced ‘Wolf … Read more

Why do children in single-child families have different brain structures?

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Why do children in single-child families have different brain structures?

In an unprecedented global economic crisis, the number of families with only one child continues to increase. In the case of Korea, a survey result already came out 10 years ago that showed that the percentage of families who could not have a second child because of money exceeded 60%. Scholars are studying the impact … Read more

Where in the kitchen is the most germ-infested?

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Where in the kitchen is the most germ-infested?

Where is the most heavily contaminated place in the kitchen where you cook and wash dishes on a daily basis? The U.S. Department of Agriculture Food Safety Inspection Service (FSIS) announced on its official website on the 19th that various condiment containers are the most contaminated with germs in the kitchen. FSIS commissioned a specialized … Read more