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Brad Pitt made a rare comment about one of the teenage daughters he shares with his ex-wife Angelina Jolie. While at the Los Angeles premiere of her new action film Bullet Train on Monday, the 58-year-old Oscar winner said Shiloh was “beautiful.” And the actor also told ET’s Nischelle Turner that the 16-year-old’s incredible dance moves were so good it “brought tears to my eyes, huh.” Dad’s talk: Brad Pitt made a rare comment about one of the teenage daughters he shares with his ex-wife Angelina Jolie. Seen Monday at the Bullet Train premiere in LA Papa is proud: At the Los Angeles premiere of his new action film Bullet Train on Monday, the 58-year-old Oscar winner said Shiloh was ‘beautiful’ He has star power! And the actor also told ET’s Nischelle Turner that the 16-year-old’s incredible dance moves were so good it “brought tears to my eyes, huh.” Seen in 2021 Shiloh was recently spotted on social media doing dance moves with her friends. ‘I don’t know where he g

It is made of gas, but is more than twice as massive as every other planet in our solar system combined. Surrounded by 79 separate lunar companions, one of which is a prime candidate in the quest to find extraterrestrial life. It was even named after the king of the ancient Roman gods. Jupiter seems to have it all — except the cool rings. For some strange reason, this alpha planet has rings that are to Saturn’s spectacular circle like chopsticks to a tree trunk. Thin. Not significant. “Unlike Saturn’s ice rings, which are full of large chunks of ice and rock, they are made up of tiny dust particles,” according to NASA. Jupiter’s disks are so fragile that we didn’t even notice it until 1979, thanks to the agency’s Voyager 1 spacecraft and, with some luck, perfectly placed sunlight. But on Thursday, researchers beginning to understand why Jupiter has these insane flaws said they may have finally found an answer. Details of their conclusions can be found on arXiv, and will

Gemini South, one of the most productive and powerful infrared-optical telescopes in the world, received a major capability upgrade with the successful installation of a new high-resolution spectrograph called GHOST built by an international consortium. This cutting-edge scientific instrument will expand our understanding of the earliest stars, the chemical fingerprints of distant planetary systems, and the formation and evolution of galaxies. Gemini South in Chile is half of the Gemini International Observatory, operated by NOIRLab NSF. The latest scientific instrument from the Gemini South telescope — GHOST, Gemini High-resolution Optical SpecTrograph — achieved its first light by making excellent observations of HD 222925, a very bright and chemically complex star located more than 1,400 light-years to the south. hemisphere of the constellation Tucana. This star is a prime example of the type of object GHOST will investigate. Gemini South is half of the Gemini International Obs

Some of the brightest and most energetic objects in the Universe are the mystery source of high-energy cosmic neutrinos, new research has confirmed. A comprehensive analysis has been convincing enough to link the galaxies that host the fiery cores known as blazars with these mysterious particles. It’s a result that provides a completely unexpected solution to a problem that has kept astrophysicists scratching their heads for years. “The results provide, for the first time, irrefutable observational evidence that the PeVatron blazar sub-sample is a source of extragalactic neutrinos and thus an accelerator of cosmic rays,” said astrophysicist Sara Buson of the Julius Maximilian University of Würzburg in Germany. Neutrinos are the odd little things at the best of times. These subatomic particles are ubiquitous and are among the most abundant in the Universe. However, their mass is almost zero, they are electrically neutral, and they interact very little with anything else in the universe

From a young age, astrophysicist Robin Cook had a deep desire to understand the world around him. “It’s never nice enough to take things at face value … I’ve always wanted to understand how things work,” he said. It was this natural curiosity that led him to pursue a career researching space and the unknown. “It’s not too surprising that I naturally went into astronomy,” he said. “There are so many unanswered questions in astronomy, we actually have pretty limited knowledge of what’s really out there. “And for me, it’s very interesting.” Seeing the galaxy’s ‘beautiful spiral’ Dr Cook is a research associate at the International Center for Radio Astronomy Research (ICRAR), which is run by Curtin University and the University of Western Australia. Founded in 2009, the research center conducts data-intensive astronomy, engineering and science. Dr Cook studies the structure of galaxies. ( Provided: Robin Cook ) Dr Cook’s area of ​​research at ICRAR is on the evolution of galaxies, more sp