View the first image of the solar system taken by the world’s largest digital camera – Huge
If you’ve ever stood beneath a clear night sky and opened the door in an incredibly grand galaxy, you might be wondering what it is actually there. We know there are millions of stars, galaxies, nebula, asteroids…the list continues. But what if we could see them close? Thanks to the Vera C. Rubin Observatory, we were able to see new high-resolution composites in the solar system with unprecedented clarity.
The observatory inhabits the Cerro Pachón summit in Chile and is named after American astronomer Dr. Vera C. Rubin, whose research provides important evidence about the existence of “dark matter”.
With construction completed in 2018, the facility began investigating this year’s investigation after many tests. It is the largest lens astronomer ever used by the largest lens astronomer (3200 megapixels), the world’s largest digital camera.
In the 1990s, scientists began to outline ideas for the idea of a “dark matter telescope” that could be further than ever before. The final product is now known as the Large Survey Telescope, capable of detecting incredibly faint objects and classifying them over time. It should be able to record 90% of the asteroids on Earth and detect transient events such as supernovae.
Recent image versions include huge views of our solar system, such as the Virgo cluster, or colorful sprays of galaxies and stars in the observations called “cosmic treasures.” Another huge image of the five Gigi images shows the three pillars and the lagoon nebula (20 and 8, respectively), which was performed by 678 exposures over an observation time of only seven hours.
Vera C. Rubin Observatory’s telescope captures a stunning gas cloud of nebula, where “new stars are forming and blasting strong winds and radiation, thus sculpting the gas around them,” a statement said. “This gives us a huge glimpse into the surroundings of giant stars shaping our surroundings.”
These initial images mark the beginning of a 10-year initiative called Space-Time and Time (LSST). The camera will take millions of images, capturing the same points in the sky about 800 times. “Whenever we look at the universe in a new way, we discover new things that we can never predict, and with Rubin, we will see more than ever before.”
View all images in full resolution, along with a series of videos on the Vera C. Rubin Observatory website.
