Google's former CEO Eric Schmidt has announced a massive investment in four new telescopes, which will collectively be known as the Schmidt Observatory System. The project is being funded by Schmidt and his wife Wendy, who have pledged to contribute significantly to the astronomical community.
The most intriguing aspect of this initiative is the development of a space-based telescope named Lazuli, which aims to replace the 30-year-old Hubble Space Telescope. This spacecraft will offer astronomers a more capable and modern version of the iconic instrument, with a larger mirror diameter of 3.1 meters and an elliptical orbit that will provide clearer views than current telescopes.
Lazuli is not the only innovative telescope in the Schmidt Observatory System. Three ground-based telescopes are also part of the project: Argus Array, DSA radio telescope, and LFAST. These instruments utilize recent advances in computing power, storage, and AI processing to analyze vast amounts of data.
The Argus Array, an array of 1,200 telescopes with 11-inch mirrors, will mimic the effect of an 8-meter optical telescope by imaging the entire Northern Hemisphere sky every second. In contrast, DSA radio telescope will be an array of 1,600 radio dishes in a valley in Nevada. LFAST, on the other hand, will conduct scalable, large-aperture spectroscopy and search for biosignatures on other worlds.
Schmidt Sciences, a philanthropic organization led by Wendy Schmidt, will act as the overall integrator and manager of the Lazuli project, while Observable Space will build the Argus Array telescopes. The plan is to freely and openly share data from all four telescopes, with an open competition for the best scientific ideas and observations.
The Schmidt Observatory System has significant potential to advance our understanding of the universe, and Eric Schmidt's contribution is indeed a very significant one. With its commitment to open science and open data, this project will undoubtedly have a lasting impact on astronomy and astrophysics.
The most intriguing aspect of this initiative is the development of a space-based telescope named Lazuli, which aims to replace the 30-year-old Hubble Space Telescope. This spacecraft will offer astronomers a more capable and modern version of the iconic instrument, with a larger mirror diameter of 3.1 meters and an elliptical orbit that will provide clearer views than current telescopes.
Lazuli is not the only innovative telescope in the Schmidt Observatory System. Three ground-based telescopes are also part of the project: Argus Array, DSA radio telescope, and LFAST. These instruments utilize recent advances in computing power, storage, and AI processing to analyze vast amounts of data.
The Argus Array, an array of 1,200 telescopes with 11-inch mirrors, will mimic the effect of an 8-meter optical telescope by imaging the entire Northern Hemisphere sky every second. In contrast, DSA radio telescope will be an array of 1,600 radio dishes in a valley in Nevada. LFAST, on the other hand, will conduct scalable, large-aperture spectroscopy and search for biosignatures on other worlds.
Schmidt Sciences, a philanthropic organization led by Wendy Schmidt, will act as the overall integrator and manager of the Lazuli project, while Observable Space will build the Argus Array telescopes. The plan is to freely and openly share data from all four telescopes, with an open competition for the best scientific ideas and observations.
The Schmidt Observatory System has significant potential to advance our understanding of the universe, and Eric Schmidt's contribution is indeed a very significant one. With its commitment to open science and open data, this project will undoubtedly have a lasting impact on astronomy and astrophysics.