SAGA Reveals Circadian Light Panel for the International Space Station
Mickey Phoon — March 23, 2023 — Tech
References: saga.dk
SAGA Space Architects has unveiled a new Circadian Light Panel for assisting astronauts, which will soon debut on the International Space Station for the small Crew Quarters. The light panel was made to help astronauts with their sleep issues as the foreign environment of outer space while living in the confined area of the International Space Station consists of noises and offset circadian rhythm as it orbits around the Earth.
The space-grade designed light panel features a system that contains three light faces that emit light at different angles and spectrums. The reason is that it will assist in either promoting alertness or inducing sleepiness depending on what the astronaut requires, which can also be automatically adjusted to their sleep schedule. Additionally, the light panel emits dynamic wavelengths to simulate shifting weather and natural lighting change from sunrise to sunset on Earth.
Image Credit: SAGA Space Architects
The space-grade designed light panel features a system that contains three light faces that emit light at different angles and spectrums. The reason is that it will assist in either promoting alertness or inducing sleepiness depending on what the astronaut requires, which can also be automatically adjusted to their sleep schedule. Additionally, the light panel emits dynamic wavelengths to simulate shifting weather and natural lighting change from sunrise to sunset on Earth.
Image Credit: SAGA Space Architects
Trend Themes
1. Circadian Light Panels - There is a trend towards developing space-grade circadian light panels for astronauts to regulate sleep patterns and improve their mental health during space travels.
2. Automatically Adjustable Light Panels - There is an emerging trend towards creating automatically adjustable light panels that can simulate natural lighting changes and be customized based on an individual's sleep schedule.
3. Dynamic Wavelength Emitters - There is a growing trend towards using dynamic wavelength emitters for space-grade light panels to effectively simulate natural lighting changes and promote optimal mental health for astronauts in space.
Industry Implications
1. Space Technology - The space technology industry has an opportunity to develop innovative solutions such as space-grade light panels that can support astronauts' mental well-being during long-duration space missions.
2. Lighting Industry - The lighting industry can create disruptive innovation opportunities by developing sophisticated lighting systems that automatically adjust to an individual's sleep cycle and promote optimal health whether in space or on Earth.
3. Healthcare Industry - The healthcare industry can leverage the technology behind space-grade light panels to develop innovative solutions for regulating sleep patterns and combating sleep disorders.
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