entertainments

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

Next week, ESA’s maiden Jupiter exploration mission ‘Juice’ will launch into space to search for traces of life.

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Next week, ESA’s maiden Jupiter exploration mission ‘Juice’ will launch into space to search for traces of life.

The launch of Europe’s first Jupiter probe is less than a week away. The probe with the cute name ‘Juice’ will observe the moons of Jupiter, the largest planet in the solar system, across the universe for eight years. The European Space Agency (ESA) launched a probe called Jupiter Icy Moons Explorer, or JUICE for … Read more

‘D-Day’ countdown for Agust D begins as BTS Suga releases ‘Human Pt.2 (ft. IU)’ today!

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‘D-Day’ countdown for Agust D begins as BTS Suga releases ‘Human Pt.2 (ft. IU)’ today!

The new song ‘Human Pt.2’ of ‘The Story of Min Yoongi as a Human Being’ made by BTS Suga in collaboration with IU will be revealed today. On the 7th, Big Hit Music announced that the song ‘People Pt.2 (feat. IU)’ from Suga’s solo album ‘D-DAY’, released as Agust D, will be released in advance … Read more

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.

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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

“Jang Hang-joon Plans to Sell Honey Until the Release of the Movie”

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“Jang Hang-joon Plans to Sell Honey Until the Release of the Movie”

Jang Hang-jun guaranteed the fun of the movie ‘Rebound’. In the MBC entertainment program ‘Point of Omniscient Interfere’, which aired on April 1, director Jang Hang-joon and creator Satire appeared as meddlers. Jang Hang-joon invited actors Lee Sun-gyun and producer Jang Won-seok and other close friends to the studio housewarming party. The three of them … Read more

Gian 84 Regains Confidence with Praise for Cheon Jeong-myeong in “I Live Alone”: “My Smile Is Ear-to-Ear”

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Gian 84 Regains Confidence with Praise for Cheon Jeong-myeong in “I Live Alone”: “My Smile Is Ear-to-Ear”

Gian 84 was happy with Chun Jung-myeong’s continuous compliments.In the 488th episode of MBC’s entertainment program ‘I Live Alone’, which aired on the 31st (Friday), Kian 84-Cheon Jeong-myeong’s ‘Cheon Gi Brothers’ Talent Sharing Day’ and Lee Yu-jin’s ‘Rose Blooming at the Demolition Site’ were aired. First, Chun Jeong-myeong became a Jiu-Jitsu master and taught Gian … Read more

No leniency for Kyu-Hyuk Lee, even if he begs on his knees – Son Dam-bi’s divorce scandal?

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No leniency for Kyu-Hyuk Lee, even if he begs on his knees – Son Dam-bi’s divorce scandal?

Singer Son Dam-bi and former speed skater Lee Kyu-hyuk revealed their candid views on marriage.On the 30th, ‘Saturday Night’s Fatal Drinking Game 2’ (with Karinji) was released on the YouTube channel ‘Dambison’. It is a video content that has an honest conversation while enjoying a drink with model and actor Ji Yi-soo and speed skater … Read more

“Kim Gun-woo’s Unmatched Glory: More to Reveal” [Interview with Cookie]

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“Kim Gun-woo’s Unmatched Glory: More to Reveal” [Interview with Cookie]

Actor Kim Gun-woo, who played Son Myung-oh in the Netflix original ‘The Glory’. Netflix Greasy hair grown carelessly, tattoos all over the body, arrogant gestures with a lot of strength on the shoulders… . Son Myung-oh (Kim Gun-woo) in the Netflix original ‘The Glory’ is bad at first glance. If Park Yeon-jin (Lim Ji-yeon) gives … Read more

Kim Eun-sook’s Desire for “The Glory” to begin with the Victim Standing at the Starting Point.

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Kim Eun-sook’s Desire for “The Glory” to begin with the Victim Standing at the Starting Point.

Actress Song Hye-kyo is filming the Netflix original drama ‘The Glory’. Netflix Two men with a checkerboard in front. A man in a suit speaks first. “I think it would be more detrimental to cling to something irreversible than to gain from revenge… .” Another man sitting across from him asks. “How many things do … 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