Slooh Association ready to boost student astronomy – BollyInside


TransAstra, a leader in space domain awareness, orbital logistics, and space mining, announced today a collaboration with educational technology platform Slooh to build a global telescope network that will revolutionize astronomy education and democratize the process of identifying asteroids, orbital debris, and space traffic. The collaboration combines TransAstra’s ground-breaking Sutter Telescope Technology with Slooh’s award-winning online telescope and standards-aligned educational initiatives. The groundbreaking collaboration is truly a match made in heaven, capable of engaging students from diverse backgrounds, preparing them for STEM careers, and providing them with the tools to locate, track, and potentially receive credit for the discovery of comets, asteroids, and other moving bodies in space.

“We envisage thousands of students and educators everyday detecting hundreds of asteroids, monitoring orbital debris, and gathering data utilizing a global network of telescopes and even a space-based telescope,” said Nicole Shumaker, TransAstra Vice President of Strategic Partnerships. “TransAstra’s Sutter telescope technology enables this, and Slooh’s unique program places these telescopes in the hands of eager student-scientists.”

Under the agreement, TransAstra and Slooh will work together to build and install a series of Sutter telescopes across the U.S. and abroad leveraging both Slooh`s and TransAstra`s existing and planned network of observation sites. Slooh now has telescopes at a world-class astrophysics laboratory in the Canary Islands and an observatory at the University of Catalica in Chile near Santiago. There are also plans to add telescope sites in the United Arab Emirates and India.

He plans to deploy the first space-based Sutter telescope within two years, when the ground network of Sutter telescopes is launched. Once deployed, this telescope will allow elementary school students and amateurs around the world to pilot astronomical instruments in space to find moving objects in space.

The contract also marks a milestone in the development of the patent-pending Sutter Telescope and its optimized match filter tracking software technology. The Sutter system detects and tracks small, dark, and fast-moving objects on the moon and deep space in real time with far greater strength and accuracy than existing telescopes that use inexpensive off-the-shelf optics and computer components. This greatly improves spatial domain awareness. Key applications include the identification and tracking of potentially dangerous near-Earth asteroids that could impact and damage Earth or pose a hazard to space equipment and astronauts. monitor orbital traffic; improve space defenses by detecting enemy actors; Support asteroid mining by remotely searching for resources in space.

“Just as the space tourism industry opened space travel to the public, Slooh’s partnership with TransAstra to advance space education will allow for the first time open control of a telescope in space.” James Webb has sparked public interest and people are ready to pilot their own space telescopes.”

Slooh’s digital platform allows instructors, students, and families to see and control robotic telescopes to record and analyze data about celestial events using laptops, tablets, or other mobile devices at school and at home. Once integrated into the Slooh program, which presently operates in over 70 countries and has 226,000 space explorers, the Sutter telescope capabilities will be available to students in kindergarten through college all throughout the world, including low-income students in the United States. Slooh offers its platform and curriculum for free to all Title 1 schools in the United States.

“This partnership advances TransAstra`s core value of democratizing space,” noted TransAstra founder and CEO Dr. Joel Sercel, PhD, who emphasized that geography, race, ethnicity, and socioeconomic status should never preclude access to space technology and STEM careers. “This partnership is a way to make space science access more equitable while expanding data collection and advancing our scientific knowledge of asteroids.” TransAstra is also working with Slooh to determine how students may be able to share credit for asteroid discovery, or name their discoveries, through bodies such as the International Astronomical Union Minor Planet Center, the single worldwide organization responsible for the identification, designation, and orbit computation for space objects.

“With no Earth atmosphere to distort the view, the conditions for recording from space are perfect. And with guaranteed clear nights 365 days a year, no ‘rain delays’ is a quick gratification.” added Paolucci. “Slooh member submitted over 12,000 asteroid tracks to the Minor Planet Center. About TransAstra
Founded in 2015, TransAstra ( is a U.S. space awareness, orbital logistics, and space mining company dedicated to sustaining and developing critical dual-use space infrastructure technologies powered by space resources. We are advancing the industrialization and colonization of space through ethical development. and solar energy. Headquartered in Los Angeles, the 2021 YCombinator Alumni recently received five patents and has over a dozen more patents pending.

About the throw
Slooh brings the wonder of space exploration to ordinary people, schools and homes. For nearly two decades, the company has demonstrated the ability to observe cosmic phenomena, collect observational data, and manipulate gamified learning through a patented, user-driven network of online telescopes and standards-based curricula around the world. , has served from upper elementary to post-secondary school students. Sloh is funded in part by a grant from the National Science Foundation.

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