NASA's New Laser System Could Reach Out to Mars and Jupiter
NASA's new laser system is high-precision and far-reaching; it just might be enough to reach planets like Mars and Jupiter. The moon is thousands of miles from Earth, which is relatively close compared to Mars and Jupiter that are millions of miles away. NASA's Jet Propulsion Laboratory at the California Institute of Technology has prepared for a break-through laser system that will reach these planets -- or at least come close to it.
NASA successfully sent beams to the moon using passive-ranging lasers that bounce light off a reflector. The problem with this system was that once distance started to increase, the light beam would start to fade. The new light will not be more powerful in its beam, but it will be accompanied by higher quality synchronized receivers. Though the system has only been field-tested on Earth as of now, scientists say that the beams should reach other planets in principle.
NASA successfully sent beams to the moon using passive-ranging lasers that bounce light off a reflector. The problem with this system was that once distance started to increase, the light beam would start to fade. The new light will not be more powerful in its beam, but it will be accompanied by higher quality synchronized receivers. Though the system has only been field-tested on Earth as of now, scientists say that the beams should reach other planets in principle.
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3. Synchronized Receivers for Laser Systems - Disruptive innovation opportunity: Create advanced synchronized receivers to enhance the performance and range of laser systems in industries such as defense, aerospace, and transportation.
Industry Implications
1. Manufacturing - Disruptive innovation opportunity: Implement high-precision laser systems in manufacturing processes to improve accuracy, speed, and efficiency in tasks such as cutting, welding, and marking.
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3. Astronomy - Disruptive innovation opportunity: Apply synchronized receivers and far-reaching laser technology in the field of astronomy for detailed observations of celestial objects, deep space exploration, and astronomical research.
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