What would be the first image you'd take with the world's largest digital camera? Something far far away from your distance perhaps, but probably not a broccoli! Yet, that's exactly what happened.
The specific and intricate shape of the Romanesco plant is perfect as a testing ground for the new camera, which will be fitted into the Vera Rubin Observatory (VRO) in Chile.
The 3,200 megapixel camera is set to uncover a huge amount of detail still unknown about astronomy, such as dark matter and dark energy.
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The plan for the VRO is to map out the sky by snapping pictures with the new digital camera every few nights for a decade. From moving and flashing phenomenon to billions of stars and galaxies, the camera will try and capture it all in precise detail.
"We'll get very deep images of the whole sky. But almost more importantly, we'll get a time sequence," VRO director Steve Kahn told BBC. "We'll see which stars have changed in brightness, and anything that has moved through the sky like asteroids and comets," he continued.
The camera is put together at the SLAC National Accelerator Laboratory in the U.S. It's made up of a 25 inch (64 cm)-wide focal plane and 189 individual sensors. One of the biggest challenges of the assembly project was putting it all together given the required precision and complex electronics.
The first images ever taken with the camera were released on Tuesday and provided record-breaking detail of the broccoli plant.
As per SLAC's explanation, if you were keen to display these images in full-size and full resolution you'd need 378 4K ultra-high-resolution TVs. That's quite some detail. The resolution is so detailed that it can display a golfball around 15 miles (25 km) away.
The detail this camera can and will capture is unprecedented.