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The Raydiance Discovery(TM) system scaled to high energy levels and focused to a small spot delivers a power intensity high enough to cause the optical breakdown of air (pictured here), much the same as what occurs during lighting. For fiber-based ultrashort pulse lasers, breakdown in air occurs at peak optical intensities around 20 terawatts (trillion watts) per square centimeter. The Raydiance laser being developed for the Navy is capable of producing more than 10 times this level of optical intensity. (Photo: Business Wire)

The Raydiance Discovery(TM) system scaled to high energy levels and focused to a small spot delivers a power intensity high enough to cause the optical breakdown of air (pictured here), much the same as what occurs during lighting. For fiber-based ultrashort pulse lasers, breakdown in air occurs at peak optical intensities around 20 terawatts (trillion watts) per square centimeter. The Raydiance laser being developed for the Navy is capable of producing more than 10 times this level of optical intensity. (Photo: Business Wire)

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