Word: herschel
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...uncommon. Poetry and science weren't wholly separate yet: they were seen as complementary ways of piercing the veil of everyday phenomena. William Wordsworth, Lord Byron and the Shelleys (Percy Bysshe and Mary) followed scientific breakthroughs like sports scores. Holmes traces echoes of the astronomical work of William Herschel, who discovered Uranus, through Coleridge's Rime of the Ancient Mariner ("the stars that still sojourn, yet still move onward") and into Keats' "On First Looking into Chapman's Homer": "Then I felt like some watcher of the skies/When a new planet swims into...
...Herschel is the most touching figure in Age of Wonder. A refugee from Germany, he began his career as an oboist, but at 27 became consumed with curiosity about the stars and started building his own telescopes. He was discovered by the son of a Royal Society member, who stumbled over him moon-gazing in the streets one night through a home-brewed 7-ft. (2 m) telescope that turned out to be more powerful than that of the astronomer royal. Herschel went on to pioneer the idea of a vast and unimaginably old universe. After looking through Herschel...
...time than any telescope has done before. Their launch comes three days after NASA's space shuttle launch to repair the Hubble telescope, which, since its launch in 1990, has been regarded as the most important instrument in the study of the cosmos. However, the ESA says that Herschel and Planck will explore the science of space in a way that Hubble never could...
...With its 11.5-ft.-wide (3.5 m) mirror, Herschel will be the biggest telescope in space. Named after the great 18th century British astronomer William Herschel, it will search a vast array of galaxies collecting radiation that emits from protostars, the dust clouds that contract to form stars and galaxies. Unlike Hubble, which is tuned to visible light, Herschel will go after much longer wavelength radiation in the far-infrared and sub-millimeter range. By allowing astronomers to study objects in space not visible in other wavelengths, it should record the formation of protostars for the first time...
...will be two months before Planck and Herschel reach their final destination, a gravitational "sweet spot" known as the Lagrange Point 2, where they can stay fixed in the same location relative to the earth and sun. Once there, they will need trillions of samples and bits of raw data before they can start generating their sky maps. But even if they deliver a fraction of the results that the eggheads on Earth are promising, the pictures should still be out of this world...