A new technological advancement from researchers at GatherLabs, a lab at the University of St. Andrews, could create a practical and function polariton laser. Polariton lasers are lasers that function at far lower power than traditional lasers, offering a host of benefits for optical computing. Perhaps most interestingly, though, the new polariton laser from GatherLabs uses the fluorescent proteins from jellyfish.
While polariton lasers themselves are nothing new, previous iterations of the technology were impractical for use in technology because they required cryogenic temperatures in order to operate. The biological material used by GatherLabs eliminates that limitation.
The new laser system could be huge for optical computing, since reducing the amount of energy necessary to encode a bit could both speed up a computer and decrease its environmental impact.
Fluorescent Jellyfish Lasers
The New Polariton Laser System Could Contribute to Advances in Optics
Trend Themes
1. Polariton Laser Advancement - Researchers at GatherLabs have developed a new polariton laser system that is practical and uses fluorescent proteins from jellyfish.
2. Optical Computing Progression - The use of polariton lasers that require low power could speed up computing and reduce environmental impact.
3. Bio-inspired Laser Technology - The use of fluorescent proteins from jellyfish in polariton laser technology could lead to new bio-inspired laser innovations.
Industry Implications
1. Optics - The use of polariton lasers could lead to advancements in the optics industry.
2. Biotechnology - The use of fluorescent proteins from jellyfish in polariton laser technology could spark new research and developments in biotechnology.
3. Computer Technology - The advancements in optical computing through the use of polariton lasers could disrupt the computer technology industry.