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The Grand Challenge of Thermonuclear Ignition

机译:热核点火的巨大挑战

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Scientists often refer to formidable scientific and technological hurdles with far-reaching consequences as grand challenges. One of the enduring grand challenges is achieving nuclear fusion—the power source of the Sun and stars and the physical process at the core of Livermore's national security mission—in a laboratory environment. Since our founding, Lawrence Livermore National Laboratory has been one of the world's centers for fusion research. Immediately after the laser was invented in 1960, Laboratory scientists understood the possibility of using coherent light to ignite a fusion microexplosion. Since then, Livermore researchers have led the world in the goal of achieving controlled thermonuclear burn in the laboratory using laser light.
机译:科学家们经常将产生深远影响的巨大科学和技术障碍称为巨大挑战。持久的重大挑战之一是在实验室环境中实现核聚变-太阳和恒星的动力以及利弗莫尔国家安全使命核心的物理过程。自成立以来,劳伦斯·利弗莫尔国家实验室一直是全球融合研究中心之一。在1960年发明了激光之后,实验室科学家立即了解了使用相干光点燃聚变微爆炸的可能性。从那时起,Livermore的研究人员就一直引领着使用激光在实验室中控制热核燃烧的目标。

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