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Paths to discovery in Radio Astronomy the role of technical innovation and serendipity

机译:在射电天文学中发现技术创新和偶然性作用的途径

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One of the most important events in twentieth century astronomy was the birth of radio astronomy. This was our first view of the non-thermal universe, and our first unobscured view of the universe. Radio telescopes have followed the pattern of exponential growth generally seen in flourishing areas of science and technology, Moore's Law being one famous example. There is no technical reason for this exponential growth not to continue, but to do so will require innovation and shifts in technology. I will explore some of the paths which lead to these discoveries in radio astronomy to illustrate the roles played by serendipity and instrumental developments in the discovery process.
机译:二十世纪天文学最重要的事件之一是射电天文学的诞生。这是我们对非热宇宙的第一个观点,也是我们对宇宙的第一个清晰的观点。射电望远镜遵循了在科学和技术蓬勃发展的领域中普遍出现的指数增长模式,摩尔定律就是其中一个著名的例子。没有技术上的原因可以使这种指数增长不再持续,但是要做到这一点将需要创新和技术变革。我将探索导致射电天文学发现的一些途径,以说明偶然性和仪器发展在发现过程中所扮演的角色。

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