You'll need 378 4K ultra-high definition screens to display this photo in full size. Imagine being able to see a golf ball from 15 miles away. Its low-light capabilities can also spot objects 100 million times dimmer than what we can see with the human eye.
The reason for its creation is to study dark matter and to film the "largest astronomical movie of all time" and it will be installed in Stanford's Legacy Survey of Space and Time (LSST) telescope in Chile.
The camera has 189 sensors, which are called charge-coupled devices (CCDs) that each have 16 megapixels, and it is now the largest digital camera in the world.What's interesting is that it contains 3.2 billion pixels, which are all very small. This is different to the latest release of the Sony a7S III which contains larger pixels to perform in low light conditions. But, it gives you high resolution, which is what they are aiming for here.
Over 10 years, the camera will collect images of about 20 billion galaxies.
You can explore some of the images taken with the focal plane of the camera in full resolution. Click + and - to zoom in and out. For an explanation of the images you can read up here.
See this image in high resolution here.
See this image in high resolution here.
You can read up about this on the Standford SLAC website.
All images used with permission.
lol!
Wow.
Is it available for pre-order in B&H?
So much for that 90 meg Canon then...
I find stuff like this fascinating.
Can't wait to see some of the images from space!