Quick Takeaways
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Project Selections: The Brinson Exploration Hub at Caltech has chosen three groundbreaking projects and one mission concept for advancement, focusing on scientific and societal benefits.
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SCWI Telescope: The STABLE Cosmic Web Imager, a high-altitude balloon telescope, aims to capture images of the faint cosmic web in ultraviolet light from the South Pole.
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GLASS Monitoring: The Grounding zone Long-term Acoustic Sensing of Structure (GLASS) project will utilize 6 miles of fiber-optic cable for seismic imaging at the crucial grounding line of an Antarctic glacier.
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SURGE Robotics: The SUbsurface Robotics for Grounding zone Exploration (SURGE) initiative will deploy the IceNode autonomous underwater vehicle to analyze melting beneath Antarctic ice shelves.
Caltech and JPL Fund New Earth and Space Projects
Caltech and NASA’s Jet Propulsion Laboratory (JPL) have set the stage for groundbreaking discoveries. The Brinson Exploration Hub at Caltech has approved three ambitious projects and one lunar mission concept. Each project emphasizes scientific advancement and societal impact.
First, the SCWI, or STABLE Cosmic Web Imager, will utilize a high-altitude balloon-borne telescope. This innovative device will capture images of the faint cosmic web in ultraviolet light from the South Pole. Researchers aim to enhance our understanding of the universe’s structure.
Next, GLASS, Grounding zone Long-term Acoustic Sensing of Structure, will deploy 6 miles of fiber-optic cable. This project targets the grounding line of an Antarctic glacier, where ice meets land and ocean. The seismic imaging data will provide critical insights into climate change and ice dynamics.
Additionally, SURGE employs an autonomous underwater vehicle named IceNode. This technology will measure melt rates beneath Antarctic ice shelves. By exploring the hidden impacts of climate change, researchers hope to inform effective responses.
Finally, the CLARITI mission proposes a lunar orbiter to survey the Moon’s surface. This will include mapping topography and gravity fields, aiding future lunar explorations.
These initiatives, co-led by dedicated teams from Caltech and JPL, harness emerging technologies for Earth and space exploration. They hold promise for enhancing knowledge and improving life on our planet. The collaboration exemplifies how academia and national laboratories can tackle significant scientific challenges.
For additional information about these exciting projects, visit Caltech’s website.
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