The "Spaser" is a new nano-laser capable of being smaller than 100 nanometers
Spaser是一种新型的微纳米激光技术，能将长度缩小至100纳米以内。
Bergman already patented the theory in 2003, but is now working to commercialize the Spaser.
伯格曼早在2003年就给自己的理论申请了专利，现在正致力于把Spaser技术大面积推广应用。
According to Bergman, the Spaser is capable of being less than 100 nanometers long, which is significantly less than the wavelength of visible light.
伯格曼说，Spaser的长度可以小于100纳米，这的确比可见光波的长度小了许多。
Bergman and his fellow researchers are convinced that the Spaser will surpass any laser used today, and will be a crucial part of the future of nanotechnologies.
伯格曼和他的研究成员坚信，Spaser技术必定会超越目前所有的激光技术应用。并成为未来纳米技术的关键。
But now, the Spaser, which is an acronym for "surface plasmon amplification by stimulated emission of radiation, " has the ability to be as small as needed and can be used in future technologies.
新研制的Spaser技术是“刺激性辐射导致表面等离子震动扩大”的缩写。该技术能按照人们的需要缩小激光的长度，因此在未来的技术领域，可以广泛应用。
But now, the Spaser, which is an acronym for "surface plasmon amplification by stimulated emission of radiation, " has the ability to be as small as needed and can be used in future technologies.
新研制的Spaser技术是“刺激性辐射导致表面等离子震动扩大”的缩写。该技术能按照人们的需要缩小激光的长度，因此在未来的技术领域，可以广泛应用。
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