Laser technology and safety, the first half-century, or so…

T. Lieb
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Abstract

Laser Technology and Safety, the First Half-Century, or so …Lasers were ‘invented’, when a (not-without-a-progenitor-controversy) group of scientists working in the late 1950’s and early 1960’s demonstrated the first devices producing light amplification by stimulated emission of radiation.This, of course, was hailed as a leap for technological advancement, but for some time thereafter, lasers were affectionately regarded as “a brilliant solution, looking for a problem” as uses for the new optical radiation technology slowly evolved out of the laboratories, to the application labs, and finally blossomed onto the wide-ranging scope of commercial and scientific uses.Unlike prior “ages”, since the dawn of industrialization in 1750, the Laser Age was blessed with sufficiently conscientious people who almost simultaneously engaged in major safety efforts, to ensure the technology was implemented without the death and destruction that had followed much of the earlier breakthroughs (mine deaths, train disasters, nuclear and other ionizing radiation exposures, etc.)As we walk forward through the history of developments in the laser industry, and its ancillary technologies in computer tech, vision systems, metrology, robotics, 3D, AI, medicine, displays, moving platforms….and so on, its interesting to note the simultaneous or anticipatory projection of organized safety concern both governmental and non-governmentLaser Technology and Safety, the First Half-Century, or so …Lasers were ‘invented’, when a (not-without-a-progenitor-controversy) group of scientists working in the late 1950’s and early 1960’s demonstrated the first devices producing light amplification by stimulated emission of radiation.This, of course, was hailed as a leap for technological advancement, but for some time thereafter, lasers were affectionately regarded as “a brilliant solution, looking for a problem” as uses for the new optical radiation technology slowly evolved out of the laboratories, to the application labs, and finally blossomed onto the wide-ranging scope of commercial and scientific uses.Unlike prior “ages”, since the dawn of industrialization in 1750, the Laser Age was blessed with sufficiently conscientious people who almost simultaneously engaged in major safety efforts, to ensure the technology was implemented without the death and destruction that had followed much of the earlier breakthroughs (mine deaths, train disasters,...
激光技术和安全,前半个世纪左右……
激光技术和安全,前半个世纪左右激光是“发明”的,当一组科学家(并非没有争议的祖先)在20世纪50年代末和60年代初工作时,展示了第一个通过受激辐射产生光放大的设备。当然,这被誉为技术进步的飞跃,但在此后的一段时间里,激光被亲切地视为“寻找问题的辉煌解决方案”,因为新的光辐射技术的用途慢慢地从实验室发展到应用实验室,并最终发展到广泛的商业和科学用途。与之前的“时代”不同,自1750年工业化开始以来,激光时代拥有足够有责任心的人,他们几乎同时从事重大的安全工作,以确保技术的实施不会像早期的许多突破(矿山死亡、火车灾难、核和其他电离辐射暴露等)那样造成死亡和破坏。及其在计算机技术、视觉系统、计量、机器人、3D、人工智能、医学、显示器、移动平台等领域的辅助技术....有趣的是,注意到有组织的安全关注的同时或预期的投影,政府和非政府的激光技术和安全,前半个世纪左右……激光是“发明”的,当一组科学家(并非没有祖先的争议)在20世纪50年代末和60年代初展示了第一批通过受激辐射产生光放大的设备。当然,这被誉为技术进步的飞跃,但在此后的一段时间里,激光被亲切地视为“寻找问题的辉煌解决方案”,因为新的光辐射技术的用途慢慢地从实验室发展到应用实验室,并最终发展到广泛的商业和科学用途。与之前的“时代”不同,自1750年工业化开始以来,激光时代拥有足够有责任心的人,他们几乎同时从事重大的安全工作,以确保技术的实施不会像早期的许多突破(矿难、火车灾难……)那样造成死亡和破坏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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