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Here, There and Everywhere: Across the Universe with the Beatles by Helen Klus Liverpool UK (SPX) Apr 04, 2018
The Beatles are one of the greatest cultural phenomena to come from the 20th Century, yet many people are unaware of their impact on science. In 'Here, There and Everywhere', inspired by the book 'La scienza dei Beatles' ('The science of the Beatles'), Viviana Ambrosi shows how the Fab Four can bring the study of celestial objects and the exploration of the universe closer to a large public audience. This is set out in a presentation on 3rd April at the European Week of Astronomy and Space Science in Liverpool. The Beatles formed at the start of the space race, and have always inspired scientists, whether they knew it or not. The Beatles' record company (EMI) used money from the sale of the White Album to fund scientific research. Some of which went towards Godfrey Hounsfield's research into X-rays, which led to the invention of the CT scanner, for which he shared a Nobel Prize. 'Across the Universe' was transmitted into deep space in 2008, and numerous songs have been played as the wakeup call for astronauts on the International Space Station, including a live musical wake up by Paul McCartney in 2005. There are five asteroids named: Beatles, Lennon, McCartney, Harrison, and Starr. There is also a crater on Mercury named 'Lennon', and when a diamond star (a white dwarf covered in crystallised carbon) was discovered in 2004, it was nicknamed 'Lucy' after 'Lucy in the Sky with Diamonds'. This was also the inspiration for 'Lucy', the fossil that rewrote the story of humanity, and this in turn has inspired NASA to name their first mission to Jupiter's Trojan asteroids 'Lucy'. This mission is due to launch in 2021 and will take 12 years to complete its journey. It is safe to say that the Beatles will be an inspiration for many years to come.
NASA Dawn Reveals Recent Changes in Ceres' Surface Pasadena CA (JPL) Mar 15, 2018 Observations of Ceres have detected recent variations in its surface, revealing that the only dwarf planet in the inner solar system is a dynamic body that continues to evolve and change. NASA's Dawn mission has found recently exposed deposits that give us new information on the materials in the crust and how they are changing, according to two papers published March 14 in Science Advances that document the new findings. Observations obtained by the visible and infrared mapping spectrometer ... read more
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