AGI – The world’s largest digital camera took the first images, at 3.2 billion pixels (or 3,200 megapixels), Romanesco filmed broccoli, but It will soon be used to track the universe in search of answers about the universe. This is the conclusion reached by experts at Stanford Linear Acceleration Center (SLIC) at Stanford University, which released a report describing the success of the process.
“The camera will be transferred to Vera C. Rubin’s laboratory – says SLIC’s Hannah Pollek – and will help astronomers explore the universe in search of information about the formation and evolution of galaxies. Dark and indeed its existence.”
The camera has 189 separate light sensors, which contain 16 megapixels of data, and they are grouped into nine sets.. “The device is the size of an SUV – the expert explains – and in the testing phase, it was used to design vegetables with the highest definition, but the real purpose of the camera is to observe the universe, confidently recognizing some of the dim lights and better understanding the secrets of our cosmic reality.”
The scientist says that this project is really challenging, but the versatile panel was able to achieve the highest possible definition so that the pixels reach dimensions of about ten microns, while the focal plane is very flat, less than one tenth. A hair.
“These properties allow the camera to take sharp pictures – the output reads – and are enough to take photos of a part of the sky with 40 full moons. The entire camera is designed so that imaging sensors can detect objects that are ten million times blurry than what is visible to the naked eye. For example, it can detect candles burning thousands of kilometers away. “.
Last Camera Focus Flight (Photo: SLAC National Accelerator Laboratory)
Before moving the camera from Northern California to the final location in Chile, the team took some photos using materials found in the lab, including a broccoli and a photo of astronomer Vera Rubin.
“These photos – concluding Joanne Hewitt, director of the laboratory affiliated with SLAC for Basic Physics – are the largest single-shot images ever taken. To see them in full, we need 378 ultra-high definition 4K TV screens. This is a milestone that will allow scientists to take a big step forward in exploring fundamental questions about the universe in ways never previously considered. “
Edward Langley is a contributor to Nintendo-power.com, covering a wide range of topics including news, business, technology, entertainment, lifestyle and current affairs. He focuses on delivering clear, balanced and accessible reporting that helps readers stay informed about important developments and emerging trends. With an emphasis on accuracy, relevance and useful insights, Edward aims to provide engaging stories and practical information that matter to audiences in the UK and beyond.