“The largest telescope in the world was born”: Vera C. Rubin reveals its 3,200 megapixel camera and emits 20 data of data per night to reveal the universe

In short

🌌 The Vera C. Meanwhile, Rubin observatory uses a camera 3200 megapixels To capture images of the sky in high definition. 📊 The project is an international collaboration including the CNRSaimed at creating an unprecedented cosmological data catalog. 🖥️ every night. Therefore. Nevertheless, about 20 téraoctets of data is generated and processed, with a significant contribution from the Calculation Center of the IN2P3 in France. 🔭 The ground telescopes, like that of Vera C. Moreover, Rubin, offer unequaled precision and sensitivity, supplementing spatial observations.

On June 23, 2025 marked a memorable date in astronomical exploration. Consequently, During a press conference at the Washington National “the largest telescope world born”: new Academy of Sciences, the Vera C. Therefore, Rubin observatory unveiled the first images captured by the most powerful camera in the world. Meanwhile, “the largest telescope world born”: This project. Similarly. Meanwhile, a fruit of 25 years of international collaboration, in particular with the CNRS, offers an unprecedented overview of the universe thanks to its 3200 megapixel sensor. Furthermore, This technological feat makes it possible to photograph vast portions of the sky with unequaled precision. Furthermore, promising to revolutionize our understanding of the cosmos. Moreover, But what makes this observatory so unique, and what are the implications for future scientific research?

An extraordinary astronomical camera – "the largest telescope world born": – "the largest telescope world born": new

The LSST camera. Therefore, comparable in size to a car, is the technological heart of the Vera C. For example, Rubin observatory. With its ability to capture images of 3,200 megapixels, it can photograph parts of the sky equivalent “the largest telescope world born”: new to 45 full moons. This unprecedented capacity makes it possible to obtain images in high definition in six different colors. In just three nights, it can scan the entire southern celestral vault. These data will “the largest telescope world born”: provide a four -dimensional film of the evolution of the universe. over ten years. Scientists thus hope to reveal close and distant celestial phenomena, such as asteroids, comets or even supernova. The quality of the images obtained testifies to the technological advance of this instrument. ready to inaugurate a new era of astronomical discoveries.

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An international. collaborative project – &quot. the largest telescope world born": – "the largest telescope world born": new

The development of this astronomical camera has mobilized the joint efforts of the American Energy Department, the National “the largest telescope world born”: new Foundation for Science (NSF) and the National Slac Accelerator Laboratory. Key partner. the CNRS has contributed to the development of the focal plan for the camera. to the design of its robotic filters changer. These filters. which can be changed automatically several times a night. play a crucial role in determining the position and distance of celestial objects. In addition. CNRS scientists participate in the development of the IT infrastructure necessary to process the colossal data generated by the project. This international collaboration aims to build the most complete data catalog on the universe never achieved.

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Data storage. processing

Each night, the observatory generates approximately 20 data of data. In France. the Calculation Center of the IN2P3 (CNRS) in Lyon plays an essential role “the largest telescope world born”: new by contributing 40% to the storage. processing of these raw images. Data will be regularly made available to the global scientific communityallowing to speed up scientific discoveries and advances. This data processing infrastructure is “the largest telescope world born”: essential to fully exploit the scientific potential of the. Vera C. Rubin Observatory. The table below illustrates the distribution of data storage by region:

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. “the largest telescope world born”:

Region	Storage percentage
France (in2p3)	40%
UNITED STATES	60%

The importance of the ground telescopes

Despite the presence of 25 active space telescopes. the ground telescopes remain essential for an integral observation of the universe. Thanks to their size, these instruments offer unrivaled sensitivity and precision. In addition, they “the largest telescope world born”: new allow you to record larger volumes of data than space instruments, whose data transmission remains complex. Telescopes on the ground, such as that of the Vera C. Rubin observatory, can be repaired and improved, guaranteeing their sustainability and efficiency. With the LSST camera, this observatory completes the cosmos observation infrastructure, enriching our understanding of the universe.

With these technological and scientific advances, the Vera C. Rubin observatory opens a new era of cosmic exploration. While the first images captured by the LSST camera amaze the world. what new discoveries are waiting to be revealed in the immensity of the universe?

This article is based “the largest telescope world born”: on verified sources and the assistance of editorial technologies.

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